E-80June 2006

SERVICE NOTES

Issued by RESThird edition

SPECIFICATIONS 2/3DISASSEMBLY 4/5LOCATION OF CONTROLS 6/8EXPLODED VIEW (MUSIC REST) 9EXPLODED VIEW (TOP) 10/11EXPLODED VIEW (BOTTOM) 12/13KEYBOARD PARTS LIST 14/15WIRING DIAGRAM 16/18PARTS LIST 19/27ITEMS REQUIRED 28TEST MODE 29VERSION CHECKING 34TOUCH SCREEN CHECK 35LCD DISPLAY AND VIDEO SOCKET TEST 36/39MAXX BASS CHECK 67FACTORY RESET 68MUSICAL DATA UPDATE 70UPDATE OF THE OPERATIVE SYSTEM 71/73BLOCK DIAGRAM 74CIRCUIT BOARD (MAIN) 76/77CIRCUIT DIAGRAM (MAIN 1/12) 78CIRCUIT DIAGRAM (MAIN 2/12) 80CIRCUIT DIAGRAM (MAIN 3/12) 82CIRCUIT DIAGRAM (MAIN 4/12) 84CIRCUIT DIAGRAM (MAIN 5/12) 86CIRCUIT DIAGRAM (MAIN 6/12) 88CIRCUIT DIAGRAM (MAIN 7/12) 90CIRCUIT DIAGRAM (MAIN 8/12) 92CIRCUIT DIAGRAM (MAIN 9/12) 94CIRCUIT DIAGRAM (MAIN 10/12) 96CIRCUIT DIAGRAM (MAIN 11/12) 98CIRCUIT DIAGRAM (MAIN 12/12) 100CIRCUIT BOARD (SUBCPU) 102CIRCUIT DIAGRAM (SUBCPU) 104

CIRCUIT BOARD (HARMONY) 106CIRCUIT DIAGRAM (HARMONY 1/2) 108CIRCUIT DIAGRAM (HARMONY 2/2) 110CIRCUIT BOARD (JACK) 112CIRCUIT DIAGRAM (JACK 1/2) 114CIRCUIT DIAGRAM (JACK 2/2) 116CIRCUIT BOARD (SRX) 117CIRCUIT DIAGRAM (SRX) 118CIRCUIT BOARD & CIRCUIT DIAGRAM (LCD CONTROL) 120CIRCUIT BOARD (AMPLIFIER) 122CIRCUIT DIAGRAM (AMPLIFIER 1/3) 123CIRCUIT DIAGRAM (AMPLIFIER 2/3) 124CIRCUIT DIAGRAM (AMPLIFIER 3/3) 125CIRCUIT BOARD (RIGHT C.,TOP RIGHT, 126UPPER RIGHT C., VOLUME, PHONES, D-BEAMCIRCUIT DIAGRAM (RIGHT CONTRL 1/2) 128CIRCUIT DIAGRAM (RIGHT CONTROL 2/2) 130CIRCUIT DIAGRAM (TOP RIGHT C.) 131CIRCUIT DIAGRAM (UPPER RIGHT C.) 132CIRCUITDIAGRAM (VOLUME) 133CIRCUIT DIAGRAM (PHONES) 134CIRCUIT BOARD (LEFT C., TOP LEFT C., UPPER LEFT C., 136HARMONIC, BOUNCE CONNECTOR)CIRCUIT DIAGRAM(LEFT CONTROL 1/2) 138CIRCUIT DIAGRAM (LEFT CONTROL 2/2) 140CIRCUIT DIAGRAM (TOP LEFT C.) 142CIRCUIT DIAGRAM (UPPER LEFT C.) 143CIRCUIT DIAGRAM (HARMONIC, BOUNCE CONNECTOR) 144CIRCUIT BOARD (INLET, POWER DISTRIB., 146AFTER TOUCH,INVERTER, INTERRUPTOR, ENCODER)CIRCUIT DIAGRAM (INLET, POWERDISTRIB) 148CIRCUIT DIAGRAM (AFTER TOUCH, INVERTER) 149CIRCUIT DIAGRAM (INTERRUPTOR, ENCODER) 150

SN00096 K6018641 Printed in Italy

TABLE OF CONTENTS

Copyright © 2006 by ROLAND CORPORATIONAll rights reserved. No parts of this publication may be reproduced in any form whithout the written permission of

ROLAND CORPORATION.

STYLE PART

DISK & MEDIA

EFFECTS

LYRICS & SCORE

MUSICASSISTANT

EXIT

MENU

MAKEUPTOOLS

LCDCONTRAST

SONGSTYLE

SONGSTYLE

PAGEPAGE

2' 1-3/5' 1-1/3' 1'

HARMONICBARSONG

DBEAMEFFECT M.INT MBS LW 2 LW 1 UP 3 UP 2 UP 1

MODEMODE

16' 5-1/3' 8' 4' 2-2/3'

CHORUSPANPOT

VOLUME REVERB

TYPETYPE

SPLIT WHOLE

KBD MODEKBD MODE

VOCODERTALK

AUTOPITCH

VOICEFX

SINGER

OVER

MIN MAXOFF MAX

INPUT GAINEFFECTS

OFF MAX

ENSEMBLESMALL

OFF MAX

HARMONYVOICE

VOCAL HARMONISTVOCAL HARMONIST

UP 3 UP 2 UP 1

PART ON / OFF

TONE ASSIGN

MBS LW 2 LW 1

KEYBOARD PARTKEYBOARD PART

ONE TOUCHONE TOUCH

1 2 3 4MULTI

FXMELODYINTELL

TONE EFFECTSTONE EFFECTS

1 2 3 4 5 6 7 8LIST

DEFAULT

UPDOWNHOLD

USER PROGRAMUSER PROGRAM

ARR ORGAN GUITAR PIANO

EASY SETTINGEASY SETTING

CANCEL

TRANSPOSETRANSPOSE

INCDEC

DATA ENTRYDATA ENTRYNUMERIC PAD (PUSH)

16-TRKSEQ. PLAY/STOP

/

FWDBWDTOP REC

FADEOUT

FADEIN

21

PLAYLIST

NEXTSONG

MINUSONE

DEMO

ACCOMP KEYBOARD MIN MAXMIN MAX

1 2VARIATION

3 4AUTOFILL IN

INTRO MAIN END / RIT START STOPSYNCBASS

INVERSION

STARTSTOP

MASTERMASTER

POWER ONPOWER ON

STYLE CONTROLSTYLE CONTROL

RECORDERRECORDER

BALANCEVOLUME

ASSIGN SWASSIGN SW

1 2 3 4

MARK & JUMPMARK & JUMP

DJ GEAR SFX INST CTRL

D BEAMD BEAM

BALLROOM

LIVEBAND

DISCODANCE

JAZZ BLUES

BOSSA SAMBA

CONTEMP

LATIN WORLD

8 BEAT 16 BEAT

50's & 60's

ROCK

STYLESTYLE

EXT SOURCE

BRASSVOCAL SYNTHWIND

PIANOE.PIANO

KEYBOARD CHR PERC ORGAN ACCORDION A.GUITARE.GUITAR

BASS STRINGS

PADETHNIC

SAXTRUMPET DRUMS

PERCUSSSFX

TONETONE

HARMONICBAR

STYLE USER PRGSONG

FINDERFINDER

DEFAULT

TAPMETRONOME

FASTSLOW

TEMPOTEMPO

SRX EXP.AB

KEYBOARDACCOMP

1-PHONES-2SPEAKER

OFFFLOPPY DISK

June 2006

SPECIFICATIONS

22

Keyboard:

Sound source:

Effects

Harmonic Bars:

Styles:

Songs:

Sequencer:

Display type & controls

Panel controls:

User Programs:

Music Assistant registrations:

61-note synthesizer-action keyboard with aftertouch

New WX sound engineMax. polyphony 128 voicesSounds 1100 tones, 54 Drum Sets

Dedicated EQ for each oscillator (Keyboard/Style/Song parts) and for each drum instrument (Style/Song)

SRX-series expansion board

2 slots (boards optional)SR-G01 compatible

Multitimbral parts 32Compatibility GM2/GS/XG Lite

Keyboard parts Reverb: 12 typesChorus: 6 typesMFX: 84 typesMastering Tools: parametric EQ, multi-band compressorHarmonic Bar: Rotary, Vibrato, Overdrive

External audio input MFX: 84 typesMIC input section Noise Gate

CompressorReverb: 9 typesDelay: 9 types

Vocal Harmonist section Reverb: 9 typesDelay: 9 typesChorus: 9 types

Style/Song sections Reverb: 8 typesChorus: 8 typesMFX A, B, C: 84 typesMastering Tools: parametric EQ, multi-band compressor

Adjustable via assignable slidersUpper1, Lower1 9 harmonic bars (16’, 5-1/3’, 8’,

4’, 2-2/3’, 2’, 1-3/5’, 1-1/3’, 1’)

MBass 2 harmonic bars (16’, 8’ )Percussion On, Off, 2-2/3’, 4’, Slow, FastEffects Leakage Level, Overdrive,

Vibrato/Chorus (On, Off, V1, C1, V2, C2, V3, C3), Rotary Speaker Simulation (Slow/Fast, Motor on/off via MODULATION lever )

Memories 8x3 (Upper1, Lower1, MBass), programmable registrations

More than 350 Styles in 12 families120 programmable links to additional Styles (CUSTOM)Unlimited access Internal memory, memory card,

floppy disk (via FINDER)Style Cover 30 ALL Covers

18 Drum Covers24 Bass Covers

Style Makeup Tools Instrument-oriented editingUser Style Composer 8 tracks with microscope and

macro editingOne Touch 4 programmable registrations

per Style

Real-time SMF player 4 programmable MARK & JUMP locations

Song Cover 30 ALL Covers18 Drum Covers24 Bass Covers

Song Makeup Tools Instrument-oriented editingLyrics & chord display, score display, VIEWER display (TXT and BMP), DigiScoreOther functions PLAY LIST function (99 steps)

NEXT SONG function Text Import/Export & lyrics syn-chronization

Song Finder Manages up to 99,999 songsPlay & Search function

16-track sequencer with microscope and macro editing functions, Style Converter

Color 1/4 VGA Touch-screen with 3D-SG (3D simulated graphics)

Contrast potentiometer

9 assignable sliders Harmonic bars, mixerDATA ENTRY dial with switching function

Data entry

Cursor 6 switches (data entry): INC, DEC, Up, Down, Right, Left

PITCH BEND/MODULATION lever, D Beam controller (with macro settings), MASTER VOLUME knob, KEYBOARD/ACCOMP BALANCE, EXTERNAL SOURCE volume knobKeyboard Part switches UP1, UP2, UP3, LW1, LW2, MBSTone Assign UP1, UP2, UP3, LW1, LW2, MBS

144 Set List references for access via front panelUnlimited access Internal memory, memory card,

floppy disk (via FINDER)Additional functions Parameter Hold

Song LinkMIDI Set LinkTXT/BMP Link

More than 650 factory registrationsUnlimited number of programmable entries

E-80

33

Vocal Harmonist:

Data storage

Other functions:

Connectors

Internal amplification

General specifications:

Note: Specifications are subject to change without prior notice.

4 presets Talk, Voice-FX (12 presets), Auto Pitch, Singer (programmable)

2 Harmony modes Small (30 macros), Ensemble (30 macros)

Vocoder 24 presetsEffects processors

Voice Noise Gate, Compressor, Reverb (9 types), Delay (9 types), pro-grammable

Harmony Reverb (9 types), Delay (9 types), Chorus (9 types), programmable

Others Adjustable input gain,Level switch

Floppy disk drive 3,5”, 2HD/2DDInternal memory Solid-State DiskMemory card PCMCIA (Compact Flash, Mem-

ory Stick, Smart Media, Micro-drive)

Type of files managed Styles, Songs (SMF), User Pro-grams, MIDI Sets, Play Lists, .txt files, .bmp files

Keyboard Modes Split (2 split points), Whole, Dynamic Split

Easy Setting Arranger, Organ, Piano, Guitar Mode

Chord voicing ACV (Adaptive Chord Voicing)Melody Intelligence 18 types, customization of the

second soundSinger Key Adapter –6~+5 semi-tones (automatic

SMF transposition)Assignable switches 2 (programmable)Miscellaneous Tap Tempo, Sync Start/Stop,

V-Link, interactive demo (in sev-eral languages)

System updates Flash memoryUSB Data transfer & MIDI communi-

cation

Headphone sockets 2Pedal & footswitch sockets FC-7 (programmable)

HOLD FOOTSWITCHFOOT SWITCH (programmable)FOOT PEDAL

Audio connectionsVocal Harmonist(with MIC/LINE switch)

Input: XLR & TRS phone (bal-anced/unbalanced)

External Source Audio inputs: Left & Right, line level (with separate effects pro-cessor) (RCA/phono)

Outputs L/Mono, R (1/4”)Metronome OUTPUT (for headphones),

LEVEL controlVideo output Composite, PAL & NTSC

Independent lyrics, chord, and VIEWER function, also reads DigiScore

Data exchangePCMCIA slot (CompactFlash, Memory Stick, Smart Media, Microdrive)USB port (data storage & MIDI communication)MIDI IN/OUT/THRU

Speakers 2x 13 cm (woofer)2x 6.6 cm (tweeter)

Rated power output 2x 35W, 2x12W (with bass reflex system)

Dedicated SPEAKER OFF switch

Power supply 100~240V (universal), 56WDimensions (mm) 1176 (W) x 489 (D) x 198 (H)Weight 22.5kgSupplied accessories Owner’s Manual, power cord,

metal music stand, CD-ROMOptions

PK-5A Dynamic MIDI Pedal, FC-7 Foot Controller,MSA/MSD/MSE series floppy disks (Roland & third-party),RH-25/50/200 Headphones, DP-2 Pedal switch, DP-6 Pedal switch (piano type), BOSS FS 5U Foot switch,EV-5/7 Expression pedal, BOSS FV-300L Volume/Expres-sion pedal, KC-150/350/550 Keyboard amplifiersMemory cards (third-party manufacturers)Wave Expansion boards (SRX-series and SR-G01)

June 2006

44

SCREW 3.5X16 TCPR TFR BZ H.8 BRUN #K2288137

DISASSEMBLY

E-80

55

A SCREW 2.9X13 TC BZ TFR T.7 TROP HILO #J2289274

B SCREW 2.9X25 TC PR TFR TROP H.7 #K2288108

A

A A

B

A A A A A

A

A A AA

A

B B B

DISASSEMBLY BOX ASSY

SCREW 2.9X16 TC PR TFR H.7 #J2289150

DISASSEMBLY LCD COVER ASSY

E-80June 2006

7766

LOCATION OF CONTROLS

1

17 42

43

18

19 39

37 3835

3

9

2

10

11

1315

15

1315

15

468

A B A

C C

C

B

56

1212

12

12 12

20 21

23252627282930

31

2432

3340

44 45 4746

4126

3436

22

12

16

16

16

16

16

6 6

7

1414

16

16

June 2006

88

PART LIST LOCATION OF CONTROLNo. Pa rt No .1

11

01343089 D-BEAM CONTROLLER ESCT BLK

K2478427 2-BUTTON GROUP+DIFF. 13X8 (DARK RED)

2

12

3

13

K2478420 DRAWBAR CAP (BLACK) G-70

K2478424 2-BUTTON GROUP 13X12 (TRANSPARENT)

4

14

K2478421 DRAWBAR CAP (BROWN) G-70

K2478425 2-BUTTON GROUP+DIFF. 18X8 (BLUE/GREY)

5

1516

1718192021222324252627282930313233343536373839

4041

42434445

4647

K2478419 DRAWBAR CAP (IVORY) G-70

K2478423 2-BUTTON GROUP+DIFF. 18X8 (BLACK)K2478422 2-BUTTON GROUP+DIFF. 13X8 (BLACK)

03234723 PITCH BENDER PB-H0204J240910801 FLOPPY DISK DRIVER ALPS DF354H148GK2538121 DRAW-BAR LABEL E-8013449252 JACK SOCKET YKB 21-500613159180 SSSF11209K SLIDE SWITCHJ5029112 LED DIODE 5 L-53 SRD-D / REDJ3449105 AC INLET 43R65 1611K2128150 SILK.+VARN. SWITCHING/AMPL. HOLDER E-80K2128149 SILKSCR.+VARN. JACK OUTPUT HOLDER E-8013449125 JACK SOCKET HLJ0520-01-11002232412 JACK CANNON NCJ6FI-H-013159180 SSSF11209K SLIDE SWITCH03234590 JACK YKC21- 350313449126 JACK SOCKET HLJ0520-01-010J3219101 ROT.POT. 5KB 90 - MONOK2128152 S.+VARN.MIDI/SUBCPU OUTPUT HOLDER E-8013429273 DIN SOCKET 3PZ YKF51-504613449126 JACK SOCKET HLJ0520-01-010

13429648 DIN SOCKET YKF51-50017778025000 LEFT VARN. SIDE PANEL E-807778024000 RIGHT VARN. SIDE PANEL E-807778023000 SILKSCR.+VARN. LCD COVER E-80Note: The SILKSCR.+VARN. LCD COVER E-80

Note: The “VARN. BOTTOM CBNT+CONDUCT. E-80”

don’t include DRAW-BAR LABEL E-80 #K2538121

don’t include (PHONES) LABEL E-80 #K2538122

K2248193 PCMCIA SLOT ESCUTCHEON G-707778027000 VARN. BOTTOM CBNT+CONDUCT. E-80

J2589113 61 KEY TP/9S+C(DR)+AFT KEYBOARD 650940107778028000 SILKSCR.+VARN. TOP CABINET E-8002781101 USB CONNECTOR YKF45-0020

03562156 FANTOM-X6 PC CARD BSCT BLK03567001 SLIDE SWITCH SSAB11010002232245 JACK RCA(PIN) YKC21-3661

K2538122 (PHONES) LABEL E-80

J3169105 SWITCH TP-1101A / EVQ-PAE 05 R

6A

C

C

B

J3339101 LIN. POT. CURSOR 100KB 10 MS

8

7

910

K2478258 POWER SWITCH KNOB (BLACK)01453245 AC PUSH SWITCH SDDLB1B2D Tv5K2478429 2-BUTTON GROUP+DIFF. 13X8 (GREY/IVORY)

K2478353 SMALL BLACK KNOB WITH WHITE INSERT

K2478439 BLACK KNOB+WHITE INSERT E-8000459901 ROT. POT. 10KB 14K 123013289186 RK11K1130 10KB LM1-15C W/CLK13289185 RK11K1130 10KB LM1-15

13289185 RK11K1130 10KB LM1-15

K2478428 2-BUTTON GROUP+DIFF. 13X12 (BLACK)

K2478418 ENCODER BLACK KNOB G-70J3119105 ROTARY ENCODER EC12E24244F25

K2478426 2-BUTTON GROUP 13X8 (TRANSPARENT)

Description

02900834 CARD CONECTR SCAA1A2300

E-80

99

EXPLODED VIEW MUSIC REST

3

2

A

1A

1

23A

7778026000 MUSIC REST E-80

Note: The “ ” includes the following parts.MUSIC REST E-80

J2289292 SCREW M3X6 TC TSP BRUN 6K2158112 NUT HOLDER F/MUSIC REST C-190 2K2128154 MUSIC REST SECURING HOLDER E-80 2no service MUSIC REST E-80 1

K2158112 NUT HOLDER F/MUSIC REST C-190K2128154 MUSIC REST SECURING HOLDER E-80J2289292 SCREW M3X6 TC TSP BRUN

E-80June 2006

11111100

EXPLODED VIEW TOP

1

2

3

4

5

6

7

8

10

11

12

14

C

C

F

C

C

C

C

C

C

C

D

D

C

D

C

C

C

C

E

E

D

D

A

15

17

20

2122

23

24 25 26

27

28

2930

31

32

33

3435

32

36

9

1918

16

13

B

No.

Screw

Part No.

17181920212223

24252627282930313233

343536

5

E

1

A

6

F

2

B

7

3

C

8

4

D

910111213141516

K2268206 VIBRATION DAMPING FOAM (LOWER LEFT) E-80K2478418 ENCODER BLACK KNOB G-70

7778022000 VOLUME PCB ASSY E-8003234723 PITCH BENDER PB-H0204K2478258 POWER SWITCH KNOB (BLACK)K2248196 INVERTER TOP CASE E-80K2248195 INVERTER BOTTOM CASE E-80

J2939102 INVERTER MODULE INVC667 (F/LCD SX14)7778004000 INVERTER PCB ASSY E-807778012000 LCD CONTROL PCB ASSY E-80J5039110 LCD SX14Q004-ZZA (W/ TOUCH PANEL)7778019000 TOP RIGHT CONTROL PCB ASSY E-807778014000 TOP LEFT CONTROL PCB ASSY E-807778001000 D-BEAM ASSY E-807778016000 HARMONIC BAR PCB ASSY E-80K2268210 LCD DAMPING FOAM E-807778023000 SILKSCR.+VARN. LCD COVER E-80

K2248194 DRAWBAR ANTIDUST COVER E-80K2538121 DRAW-BAR LABEL E-80K2278103 RIGHT SPEAKER GRILL E-80

7778017000 BOUNCE CONNECTOR PCB ASSY E-80

K2288107 SCREW 3.9X13.5 TC PR TFR H.8

7778015000 UPPER LEFT CONTROL PCB ASSY E-80

J2289101 SELF TAP.SCREW 2.9X 6 TC TC

7778020000 UPPER RIGHT CONTROL PCB ASSY E-80

J2289222 NUT 10 MA TH.8 UNI 5588

7778028000 SILKSCR.+VARN. TOP CABINET E-80

J2289150 SCREW 2.9X16 TC PR TFR H.7

K2268208 VIBRATION DAMPING FOAM (UPPER LEFT)E-80

K2268207 VIBRATION DAMPING FOAM (UPPER RIGHT)E-80

J2289125 SCREW 2.9X10 TC TC PR TROP

7778006000 INTERRUPTOR PCB ASSY E-80

7778005000 ENCODER PCB ASSY E-80

J2289193 SELF LOCK.SCREW M3X6 TC TC H.6

K2278102 LEFT SPEAKER GRILL E-80K2158111 METAL NUT FOR MUSIC REST DISCOVER 5K2238135 LED DIFFUSER D.3 E-80

7778025000 LEFT VARN. SIDE PANEL E-807778018000 RIGHT CONTROL PCB ASSY E-807778013000 LEFT CONTROL PCB ASSY E-80K2268205 VIBRATION DAMPING FOAM (LOWER RIGHT)E-80

7778024000 RIGHT VARN. SIDE PANEL E-80

Description

Note: The SILKSCR.+VARN. LCD COVER E-80don’t include DRAW-BAR LABEL E-80 #K2538121

E-80June 2006

11331122

EXPLODED VIEW BOTTOM

*

*

No.

Screw

Pa rt No.

17181920212223242526272829

ABCDEFGHILM

5

1

6

2

7

3

8

4

910111213141516

K2128155 PLEXIGLASS COVER SRX-EXP E-80K2538122 (PHONES) LABEL E-80K2138122 VARNISHED LEFT LOWER BOX COVER+SILKSCR.K2138121 VARNISHED RIGHT LOWER BOX COVER73236801 MAIN-BOARD E-807778011000 SUB CPU PCB ASSY E-80K2248193 PCMCIA SLOT ESCUTCHEON G-70K2128150 SILK.+VARN. SWITCHING/AMPL. HOLDER E-80K2128149 SILKSCR.+VARN. JACK OUTPUT HOLDER E-80K2128152 S.+VARN.MIDI/SUBCPU OUTPUT HOLDER E-80K2358105 PRESSURE RUBBER FOOT7778010000 JACK PCB ASSY E-80

Note: The “ ”VARN. BOTTOM CBNT+CONDUCT. E-80don’t include (PHONES) LABEL E-80 #K2538122

7778027000 VARN. BOTTOM CBNT+CONDUCT. E-80

J2289160 SELF TAP.SCREW 2.9X13 TCTCPR BRJ2289125 SCREW 2.9X10 TC TC PR TROPJ2289274 SCREW 2.9X13 TC BZ TFR T.7 TROP HILOJ2289254 SCREW 2.9X10 TC TC PR BRUNJ2289108 SELF LOCK.SCREW M3X10 TCTC H.6J2289213 SELF TAP.SCREW 3.9X16 TC TCJ2289302 NYLON SCREW M3X8 (RICHCO NMS308)J2289193 SELF LOCK.SCREW M3X6 TC TC H.6J2289101 SELF TAP.SCREW 2.9X 6 TC TCK2288107 SCREW 3.9X13.5 TC PR TFR H.8K2288137 SCREW 3.5X16 TCPR TFR BZ H.8 BRUN

7778007000 AMPLIFIER PCB ASSY E-80J2939103 SWITCHING POWER SUPPLY E-80

J2419104 TWEETER LOUDSPEAKER 4OHM Z008949J2589113 61 KEY TP/9S+C(DR)+AFT KEYBOARD 65094010

J240910801 FLOPPY DISK DRIVER ALPS DF354H148G

K2418129 WOOFER LOUDSPEAKER 6OHM Z002500

22265242 RUBBER GUIDE BUSHING

7778002000 INLET PCB ASSY E-80

22165134 BRASS BUSHINGK2128153 VARNISHED KEYBOARD BLIND E-807778008000 AFTER-TOUCH PCB ASSY E-80

K2228105 BOX GASKET E-807773501001 HARMONY PCB ASSY DISCOVER7778021000 PHONES PCB ASSY E-807778009000 SRX PCB ASSY E-80

7778003000 POWER DISTRIBUTION PCB ASSY E-80

Descriptio n

1

4

5

7

10

11

12

14

15

17

1819

21

2223

29

26

28

25

24

20

27

13

13

89

6

2

3

16

A

BG

H

I

H

F

BB

B

B

B

DE

E

D

D

D B

B

B

B

C

L

LI

C

C

B

E

C

M

M

M

C

C

B

E-80June 2006

11551144

KEYBOARD PARTS LIST

1

2

3

8

10

119

PMSM

5

76

4

1

2

3

4

5

6

7

8

9

10

11

PARTS NAMEKEY SPRING

NATURAL KEY C5 DO

RE

MI

FA

SOL

LA

SI

DO ( F )

NATURAL KEY D6

NATURAL KEY E7

NATURAL KEY F1

NATURAL KEY G2

NATURAL KEY A3

NATURAL KEY B4

NATURAL KEY C8

SHARP KEY

SELF TAP SCREW 2.9x8 TCTCPRBZ

12P RUBBER CONTACT ADI-LR13/12(25640210)13P RUBBER CONTACT ADI-LR13/13(25640220)

LEFT. CONT. PCB ASSY/RUBBER (26043130)

RIGHT CONT. PCB ASSY/RUBBER (26043120)

PLASTIC CHASSIS 61 KEYS TP/9

GUIDE BUSHING INFERIOR

GUIDE BUSHING SUPERIOR

SENSOR AFTER TOUCH 61 KEYS TP/9S-AT

KEYBOARD PARTS LIST61-KEY KEYBOARD TP/9S+C(DR)+AFT

CODE22178233

2257831901

2257832801

2257832901

2257833001

2257833101

2257833201

2257833301

2257833401

22578335

J2289126

J3169110

J3169111

J2929106

J2929105

J2819108

J2359104

22158789

J3169122

N O.

LEFT

RIGHT

A

C

A

A D

B

12 P RUBBER CONTACT

ASSEMBLY OF RUBBER CONTACT

13 P RUBBER CONTACT

A

D

B C

8P

4P

CONTACT BOARDS ARE COMPLETE WITH RUBBER CONTACTS

*

*

KEY GREASE FOR TP/23 KEY ASSEMBLY J2599135

E-80June 2006

11771166

WIRING DIAGRAM

FE-BT 32

B12B 12

CN3

CN4

CN5

32JACK BOARD

ENCODERBOARD

B3P5-VH

AMPC1.2714P

10

5301553015

TOP

RIG

HT

PA

NE

L

CN8

CN3

CN

1

CN6

53014 10

53014 4

AMP 16

6

53015

10

CN1

CN2

10

53014 5

CN2

B8B 8

53015

FD D

CN11

HARMONIC BARPANEL BOARD

B4B 4

B3B 3

AMP 16

AMP 16

10

53015 6

10

CFL INV B.

CN1

4

CN6

HARMONYBOARD 5

MIDI/SUBCPU BOARD

CN14

CN1

6

53014 9

53015

10

TOP

LEF

TP

AN

EL

CN2

CN5

MAIN BOARD

BASEBOARD

CN10

CN1

4

xxx

4

CN10

53014 3

PS-34PE

B7B 7

53015-15

3

10

CN6

12

CN2

D-BEAMBOARD

CN3

CN19

CN3

LEFT PANEL BOARD

34

53014 4

53014 9

B7B 7

B15B 15

15

3

CN3

RIGHT PANEL BOARD

CN1

16

INLETBOARD

34

CN7

3

5301

43

B10B 10

B10B 10

10

B15B

CN13

CN2

BENDERMOD

15

CN5

A. T

.B.

53014 3

53014 10

B10B 10

B10B

CN1

CN2

3

20

2

53014B12B 12

IL-G4S

CN2

5

MEANWELL

61 KEYS

LC DBOARD

3

TOUCH SCREEN SHEET

CN1

15

53014 5

AMP 16

3

SWPS UNIT

FE-BT 34

CN2

CN2

FE-BT 34

CN6

CN18

CFP-1504

B8B 8

FE-BT 32

2

CN2

CN12

UNIT

POWERSWITCH

B8B 8

4

53015

CN15

KEYBOARD PCB

CN1

CN4CN2

CN1

B4B 4

CN5

B4B

CN2

CN2

CN13

CN1

PPQ-100D-DIR

J

9

CN4

53015 10

53014

CN3

CN7

SRX

CN9

QVGA COLORLCD UNIT

ACINLET

8

CN1

BO

AR

D

BO

AR

D

PHONESBOARD

B14B 14

CN8

53014

1010

9

16FMN

6

CN

2

CN1

CN3

Bi-Power AMP

CN3

B3P5-VH POWERDISTRIB.BOARD

CN1

B8P-VH

B5P-VH

B8P-VH

B5P-VH

8

CN5

B7BXH 7CN9

9

10

7

B5B 5

CN2

B6B 6

CN4

B5B 5

CN5

B6B 6

CN7

CN5

LEFT SPEAKERS

WIRING WIRINGCONNECTION CONNECTION

RIGHT SPEAKERS

B7BXH 7

CN1

5045 4 5045 5

CN2 53014 14 CN3 53014 15

CN5

53014 3

3

CN11

CN2

CN1

B2P3-VH

B2P3-VH

2

UPPER LEFT PANEL BOARD

CN1VOLUMEBOARD

UPPER RIGHT PANEL BOARD

BOUNCE BOAR DCN553014 14

CN653014 14

CN453014 15

CN853014 10

CN2B14B 14

CN1B14B 14

CN753014 1053015 15

CN3

AMPC1.2720P

CN1CN6

B8B 8

AMPC1.2714PCN2

AMPC1.2716PCN3

AMPC1.2720P

CN5

CN8

AMPC1.2714P

S14B 14

CN7CN6

53015-14

AMPC1.2714PCN1

AMPC1.2716PCN4

AMPC1.2714PCN9

AMPC1.2720PCN10

AMPC1.2714PCN1

AMPC1.2720PCN3

14

53015 5

CN4

53015 5

B3B 3

B4B 4

CN2

53015 1553015 4

CN1

53015 12

CN1

53015 12

CN412

S4B-PH-K-S

CN1

53015 4

CN2

CN3

CN6

CN14

4

15

4 4

5

6

14 1510

8

4

53014 3

53014 3

INVC667

23

5

3

B3B 3

3B3B

CN1

W1

W1

W7

W8W9

W2W2

W2

W2

W3

W3

W3

W3

W18

W19

W23

W19

W20

W13

W14

W15

W4

W4

W29

W5

W12

W12

W10 W11

W6

W3W17 W3 W3

W3

W3 W25 W26

W27

W30

W28

W23

W24

W31

W32

W3

W3

W3

W3

W3W3

W3

W2

W2

W1

W1 W1 W1

W16

W21

W22

June 2006

1188

W Code Description QtyW1 7778029000 TOP+BOTTOM CBNT WIRE STRAND E-80 1

W2 7778031000 TOP CBNT WIRE STRAND E-80 1

W3 7778030000 BOTTOM CBNT WIRE STRAND E-80 1

W4 7778032000 4P CABLE ASSY (30) 2C P.2 JST D/R 1

W5 7778032000 4P CABLE ASSY (30) 2C P.2 JST D/R 1

W6 7778049000 12P CABLE ASSY (22) -2C P.2 D/R 1

W7 7778045000 6P CABLE ASSY (10) -2C D/R 1

W8 7699413000 10P CABLE ASSY (12) -2C P.2 1

W9 7778052000 10P CABLE ASSY (8) -2C P.2 D/R 1

W10 7778039000 5P CBL ASSY (22) -2C P.2 1

W11 7778040000 3P CABLE (20) -2C P.2 D/R 1

W12 7778040000 3P CABLE (20) -2C P.2 D/R 1

W13 7777813000 5P CABLE ASSY (28) -2C P.2 D/R (JST) 1

W14 7778046000 6P CABLE ASSY (18) -2C P.2 JST D/R 1

W15 7775119000 7P CABLE ASSY (16) -2C P.2 JST D/R 1

W16 7775119000 7P CABLE ASSY (16) -2C P.2 JST D/R 1

W17 7778036000 5P AWG20 CABLE ASSY(16) -2C P.3.96 D/R 1

W18 7773520000 7P CABLE ASSY (14) -2C P.2.5 JST/AWG22 1

W19 7773520000 7P CABLE ASSY (14) -2C P.2.5 JST/AWG22 1

W20 7778033000 3P CBL ASSY (6) -2C P.2 D/R (JST) 1

W21 7778037000 2P (B/W) AWG20 CABLE ASSY(16) -2C 3.96 1

W22 7778038000 2P AWG20 CABLE ASSY(62) -2C D/R 1

W23 K3468291 34P FLAT CABLE (84) 2C D/D 1

W24 7778047000 8P CABLE ASSY (6) -2C P.2 JST D/R 1

W25 7697223001 16P FLAT CABLE (38) -2C 1

W26 K3468301 16P FLAT CABLE (32) -2C D/R 1

W27 7778041000 4P CABLE ASSY (48) -1C557+FASTON 1

W28 7778041000 4P CABLE ASSY (48) -1C557+FASTON 1W29 7778043000 4P COLOURED CABLE ASSY (22) -2C 1

W30 7778042000 4P CABLE ASSY (40) W/4PC+5PC 1

W31 K3468292 CABLE 32X90-BDX10(BL)-P1.25-S5-M UL2896 1

W32 K3468293 CABLE 34X90-BDX10(BL)-P1.25-S5-M UL2896 1

E-80

1199

June 2006

2200

CASING Q.ty

# K2128149 SILKSCR.+VARN. JACK OUTPUT HOLDER E-80 1

# K2128152 S.+VARN.MIDI/SUBCPU OUTPUT HOLDER E-80 1

# K2128150 SILK.+VARN. SWITCHING/AMPL. HOLDER E-80 1

# K2128153 VARNISHED KEYBOARD BLIND E-80 1

# 7778027000 VARN. BOTTOM CBNT+CONDUCT. E-80 1

# 7778028000 SILKSCR.+VARN. TOP CABINET E-80 1

# 7778024000 RIGHT VARN. SIDE PANEL E-80 1

# 7778025000 LEFT VARN. SIDE PANEL E-80 1

# K2278102 LEFT SPEAKER GRILL E-80 1

# K2278103 RIGHT SPEAKER GRILL E-80 1

# 7778023000 SILKSCR.+VARN. LCD COVER E-80 1

KNOB BUTTON

K2478418 ENCODER BLACK KNOB G-70 1

K2478419 DRAWBAR CAP (IVORY) G-70 4

K2478420 DRAWBAR CAP (BLACK) G-70 3

K2478353 SMALL BLACK KNOB WITH WHITE INSERT 1

K2478421 DRAWBAR CAP (BROWN) G-70 2

# K2478439 BLACK KNOB+WHITE INSERT E-80 6

K2478258 POWER SWITCH KNOB (BLACK) 1

K2478422 2-BUTTON GROUP+DIFF. 13X8 (BLACK) 17

K2478423 2-BUTTON GROUP+DIFF. 18X8 (BLACK) 8,5

K2478424 2-BUTTON GROUP 13X12 (TRANSPARENT) 17,5

K2478425 2-BUTTON GROUP+DIFF. 18X8 (BLUE/GREY) 7

K2478426 2-BUTTON GROUP 13X8 (TRANSPARENT) 14

K2478427 2-BUTTON GROUP+DIFF. 13X8 (DARK RED) 0,500

K2478428 2-BUTTON GROUP+DIFF. 13X12 (BLACK) 2

K2478429 2-BUTTON GROUP+DIFF. 13X8 (GREY/IVORY) 0,5

SWITCH

01453245 AC PUSH SWITCH SDDLB1B2D TV5 SW1 on Interruptor B. 1

J3169105 SWITCH TP-1101A / EVQ-PAE 05 R SW1,SW2,SW3,SW4 on Top Left B. 134

SW1,SW2,SW3,SW4,SW5,SW6,

SW7,SW8,SW9,SW10,SW11,

SW12,SW13,SW14,SW15,SW16,

SW17,SW18,SW19,SW20 on Upper Left Control B.

SW1,SW2,SW3,SW4,SW5,SW6,

SW7,SW8,SW9,SW10,SW11,

SW12,SW13,SW14,SW15,SW16,

SW17,SW18,SW19,SW20,SW21,

SW22,SW23,SW24,SW25,SW26,

SW27,SW28,SW29,SW30,SW31,

SW32,SW33,SW34,SW35,SW36,

SW37,SW38,SW39,SW40,SW41 on Left Control B.

SW1,SW2,SW3,SW4,SW5,SW6,

SW7,SW8,SW9,SW10,SW11,

SW12,SW13,SW14,SW15,SW16,

SW17,SW18,SW19,SW20,SW21,

SW22,SW23,SW24,SW25,SW26,

SW27,SW28,SW29,SW30,SW31,

SW32,SW33,SW34,SW35,SW36,

SW37,SW38 on Right Control B.

SW1,SW2,SW3,SW4 on Top Right Control B.

SW3,SW4,SW5,SW6,SW7,SW8,

SW9,SW10,SW11,SW12,SW13,

SW14,SW15,SW16,SW17,SW18,

SW19,SW20,SW21,SW22,SW23,

SW24,SW25,SW26,SW27,SW28,

SW29 on Upper Right Control B.

13159187 SLIDE SWITCH SSSS2-22-01 SW1,SW2,SW3 on Sub CPU B. 3

13159180 SSSF11209K SLIDE SWITCH SW1 on Phones B. 2

SW1 on Jack B.

PARTS LIST

NOTE:# The parts marked " # '' are new (Initial Parts).

A The parts marked " A '' are new (Initial Parts).for RES but already used by RJA

The parts marked have Safety - Related characteristics.Use only listed parts for replacement.

<< EMI >> Component for EMC.

NNoottee :: Replacement should be made on a unit basis. No replacements available for individual parts. Replacement only be a unit.

!!

SAFETY PRECAUTIONS:The parts marked havesafety-related characteristics. Useonly listed parts for replacement.

NOTE: The parts marked # are new. (initial parts)

Due to one or more of the following reasons, parts with parts code ******** cannot be supplied as service parts.

• Part supplied only as a component in a complete assembly • Copyright does not permit the part to be supplied • Part is sold commercially

The description "Q'TY" means a necessary number of the parts per one product.

E-80

2211

JACK, SOCKET

02232412 JACK CANNON NCJ6FI-H-0 JK1 on Jack B. 1

03234590 JACK YKC21- 3503 JK2 on Jack B. 1

# J3449105 AC INLET 43R65 1611 INLET1 on INLET B. 1

13449252 JACK SOCKET YKB 21-5006 JK1,JK2 on Phones B. 2

13449125 JACK SOCKET HLJ0520-01-110 JK2,JK5 on Sub CPU B. 4

JK3,JK4 on Jack B.

13449126 JACK SOCKET HLJ0520-01-010 JK3 on Sub CPU B. 2

JK5 on Jack B.

13429273 DIN SOCKET 3PZ YKF51-5046 JK1 on Sub CPU B. 1

13429648 DIN SOCKET YKF51-5001 JK4 on Sub CPU B. 1

DISPLAY UNIT

# J5039110 LCD SX14Q004-ZZA (W/ TOUCH PANEL) 1

DISK DRIVE UNIT

NNoottee :: J240910801 FLOPPY DISK DRIVER ALPS DF354H148G 1

BENDER UNIT

NNoottee :: 03234723 PITCH BENDER PB-H0204 1

SPEAKER

# K2418129 WOOFER LOUDSPEAKER 6OHM Z002500 2

# J2419104 TWEETER LOUDSPEAKER 4OHM Z008949 2

KEYBOARD ASSY

# J2589113 61 KEY TP/9S+C(DR)+AFT KEYBOARD 65094010 1

NOTE: For details, refer to KEYBOARD PARTS LIST

PCB ASSY

NNoottee :: # 73236801 MAIN-BOARD E-80 1

Replacement MAIN-BOARD E-80 should be made on a unit basis.

No replacements available for individual parts. Replacement only be a unit.

We only supply:

02232245 RCA(PIN) JACK RCA(PIN) YKC21-3661 JK1 on main Board 1

02781101 USB CONNECTOR YKF45-0020 JK2 on main Board 1

02900867 CARD EJECTOR SCAB1A5600 CN17 on Main Board 1

02900834 CARD CONECTR SCAA1A2300 CN16 on Main Board 1

02455212 IC (CUSTOM) SLAC02AF2H (KSM) KEY SCAN IC29 on Main Board 1

A 03567001 SLIDE SWITCH SSAB110100 SW5 on Main Board 1

# 7778002000 INLET PCB ASSY E-80 1

# 7778003000 POWER DISTRIBUTION PCB ASSY E-80 1

# 7778001000 D-BEAM ASSY E-80 1

# 7778004000 INVERTER PCB ASSY E-80 1

# 7778005000 ENCODER PCB ASSY E-80 1

# 7778006000 INTERRUPTOR PCB ASSY E-80 1

# 7778007000 AMPLIFIER PCB ASSY E-80 1

# 7778009000 SRX PCB ASSY E-80 1

# 7778010000 JACK PCB ASSY E-80 1

# 7778011000 SUB CPU PCB ASSY E-80 1

# 7778012000 LCD CONTROL PCB ASSY E-80 1

# 7778013000 LEFT CONTROL PCB ASSY E-80 1

# 7778014000 TOP LEFT CONTROL PCB ASSY E-80 1

# 7778015000 UPPER LEFT CONTROL PCB ASSY E-80 1

# 7778016000 HARMONIC BAR PCB ASSY E-80 1

# 7778017000 BOUNCE CONNECTOR PCB ASSY E-80 1

# 7778018000 RIGHT CONTROL PCB ASSY E-80 1

# 7778019000 TOP RIGHT CONTROL PCB ASSY E-80 1

# 7778020000 UPPER RIGHT CONTROL PCB ASSY E-80 1

# 7778021000 PHONES PCB ASSY E-80 1

# 7778022000 VOLUME PCB ASSY E-80 1

# 7778008000 AFTER-TOUCH PCB ASSY E-80 1

7773501001 HARMONY PCB ASSY DISCOVER 1

# J2939102 INVERTER MODULE INVC667 (F/LCD SX14) 1

IC

15229718RI I.C. 6N 137 PHOTO-COUPLER IC9 on Sub CPU B. 1

# J5259183 I.C. LA4450-E IC4 on PowerAmplifier B. 1

# J5259184 I.C. NJM2115D IC1 on After Touch B. 1

15169514RI I.C. 74 HC 04 CMOS IC1 on Upper Right Control B. 1

15169550RI I.C. 74 HC138 DIP CMOS IC6,IC7 on Left Control B. 5

IC2,IC3,IC4 on Right Control B.

J5159107 I.C. 74 HC574 CMOS IC5 on Left Control B. 2

IC1 on Right Control B.

15249111 I.C. TC7WU04 F FLAT CMOS IC2 on Sub CPU B. 1

J5259155 I.C.M11B416256A-35J IC7,IC8 on Harmony B. 2

02231767 I.C. TC223C080AF-101 FLAT IC2,IC3 on Harmony B. 2

03344445 IC MX3000AS IC18 on Jack B. 1

15159113 I.C. 4051 BCP CMOS IC3,IC4 on Left Control B. 2

June 2006

2222

15259884 I.C. TC7S08F MOS CMOS IC3 on Sub CPU B. 1

15249104 I.C. TC7S04F FLAT IC10 on Sub CPu B. 1

K5258146 I.C. TC74VHC139F FLAT IC1,IC2 on SRX B. 2

02340756 I.C. TC7WH32FU (FLAT) IC23 on Jack B. 1

J5259159 I.C. TC7WH241FU FLAT IC6 on Harmony B 1

15269214 I.C. 74LS05 FLAT TTL IC4 on Sub CPU B. 1

15189251 I.C. M5218 P (OP AMP) IC1, IC2 on Left Control B. 2

15189210 I.C. BA 5218F (OP AMP) IC11 on Sub CPU B. 10

IC8,IC9,IC10,IC11,IC12,

IC14,IC15,IC16,IC20 on Jack B.

15189186 I.C. UPC 4570C (OP AMP) IC1 on Upper Left Control B. 4

IC5 on Right Control B.

IC1,IC2 on Volume B.

15289105 I.C. UPC 4570G (OP AMP) IC1 on LCD Control B. 15

IC12,IC14,IC15,IC18,IC19 on Harmony B.

IC1,IC2,IC3,IC4,IC5,IC6,

IC7,IC13,IC17 on Jack B.

01451578 I.C. AK4324-VF-E2 DAC IC17 on Harmony B. 1

01902045 I.C. AK5351-VF-E2 FLAT IC16 on Harmony B. 1

15189261 I.C. BA 5218 AFP-600E FLAT IC20 on Harmony B 1

15289123 I.C. M51953 AFP-600E FLAT IC9 on Harmony B. 1

J5259133 I.C. TA7805 AF IC11 on Harmony B. 1

02561601 I.C. TA48M033F(TE16L S) IC21 on Harmony B. 1

01899790 REGULATOR UPC29L33T-E2 IC2 on LCD Control B. 1

J5259163 I.C. LP2950 CZ-3.3 IC19 on Jack B. 1

J5259171 I.C. TP2050 FLAT IC3 on PowerAmplifier B. 1

J5259172 I.C. TC2000 FLAT IC2 on PowerAmplifier B. 1

03013845 I.C. HD6433060G25F FLAT IC4 on Harmony B. 1

TRANSISTOR

00901523 TRANSISTOR 2SA-1681K Q12,Q45 on Jack B. 2

02671023 TRANSISTOR 2SC-3052 Q15,Q16 on Jack B. 2

02671267 TRNSISTOR RT1N141C-T12-1 Q20 on Jack B. 1

15329103T0 TRANSISTOR 2SK880GR (TE85R) Q1 on Jack B. 1

# J5119110 TRANSISTOR 2SD1468STP Q1 on DBeam B. 1

# J5119109 PHOTO TRANSISTOR TPS611F Q2 on DBeam B. 1

# J5119111 TRANSISTOR 2SA933ASTP Q/R Q1 on Upper Left Control B. 1

15119154RI TRANSISTOR BC/549-B Q17,Q18,Q19,Q20,Q21,Q22, 16

Q23,Q24,Q25,Q26,Q27,Q28,

Q29,Q30,Q31,Q32 on Right Control B.

15319101 TRANSISTOR 2SC-2412K Q5,Q6 on LCD Control B. 8

Q2,Q3,Q19,Q38,Q39,Q40 on Jack B.

15309101 TRANSISTOR 2SA-1037KR Q13,Q36 on Jack B. 2

15329503 TRANSISTOR DTA-124 EK CHIP Q1 on Sub CPU B. 1

15319105 TRANSISTOR 2SC-3326A Q4,Q5,Q7,Q8,Q9,Q10,Q14, 17

Q21,Q22,Q25,Q26,Q27,Q28,

Q41,Q42,Q43,Q44 on Jack B.

15129164 TRANSISTOR DTC-114ES Q9,Q10,Q11,Q12,Q13,Q14, 16

Q15,Q16 on Left Control B.

Q9,Q10,Q11,Q12,Q13,Q14,

Q15,Q16 on Right Control B.

15329511 TRANSISTOR DTC-114TK Q7 on LCD Control B. 1

15329516 TRANSISTOR DTC-114EK Q2,Q4 on Harmony B 3

Q23 on Jack B.

15119163 TRANSISTOR RN2227 Q1,Q2,Q3,Q4,Q5,Q6,Q7,Q8 on Left Control B. 17

Q1,Q2,Q3,Q4,Q5,Q6,Q7,Q8 on Right Control B.

Q1 on Phones B.

J5119104 TRANSISTOR DTA-114 EK CHIP Q3,Q5,Q6 on Harmony B. 3

00898201 TRANSISTOR RN2421 CHIP Q1 on Harmony B. 1

15319107 TRANSISTOR 2SC-4116GR Q1,Q2 on LCD Control B. 3

Q8 on Harmony B.

J5119106 TRANSISTOR 2SC-4213-A (TE85L) Q9,Q10 on Harmony B. 2

J5119107 TRANSISTOR 2SA-1586-GR (TE85R) Q3,Q4 on LDC Control B. 3

Q7 on Harmony B.

DIODE

J5019121 ZENER DIODE EDZ 5V1B D8 on Sub CPU B. 1

00129767 DIODE ZENER RD10M-T1B-B2 D7 on Jack B. 1

01897189 DIODE MA147-(TX) CHIP D6,D7,D9,D11,D12,D13, . 17

D14,D15,D16,D17,D18,

D19,D20 on Sub CPU B

D8,D10,D11 on Jack B.

J5029118 LED DIODE SLR-343EBT3F (GREEN) D6,D7,D8 on Top Left B. 21

D31,D37,D45,D46,D53,D59 on Right Control B.

D23,D25,D39,D40 on Upper Left Control B.

D36,D39,D57,D58,D64 on Left Control B.

D5,D6,D7 on Top Right Control B.

J5029119 LED DIODE SLI-343URC3F (RED) D21,D22,D24,D26,D27,D28, 95

D29,D30,D31,D32,D33,D34,

D35,D36,D37,D38, on Upper Left Control B.

D35,D37,D38,D40,D41,D42,

D51,D53,D54,D55,D56,D59,

D60,D61,D62,D63,D66,D67,

D68,D69,D70,D71,D72,D73,

D74,D75,D76,D77 on Left Control B.

D32,D33,D34,D35,D36,D38,

E-80

2233

D39,D40,D41,D42,D43,D44,

D47,D48,D49,D50,D51,D52,

D54,D55,D56,D57,D58,D61,

D62,D63,D64,D65,D89 on Right Control B.

D33,D34,D35,D36,D37,D38,

D39,D40,D41,D42,D43,D44,

D45,D46,D47,D48,D49,D50,

D51,D52,D53 on Upper Right Control B.

D8 on Top Right Control B.

03122112 LED SLR-343BBT3F D5 on Top Left B. 2

D60 on Right Control B.

# J5029124 INFRARED LED TLN233F D1 on DBeam B. 1

15019159RI DIODE 1N-4148 D1,D2,D3,D4,D5,D6,D7,D8, 149

D9,D19,D11,D12,D13,D14,

D15,D16,D17,D18,D19,D20 on Upper Left B.

D3,D4,D5,D6,D7,D8,D9,D10,

D11,D12,D13,D14,D15,D16,

D17,D18,D19,D20,D21,D22,

D23,D24,D25,D26,D27,D28,

D29,D30,D31,D32,D33,D34,

D43,D44,D45,D46,D47,D48,

D49,D50 on Left Control B.

D1,D2,D3,D4,D5,D6,D7,D8,

D9,D10,D11,D12,D13,D14,

D15,D16,D17,D18,D19,D20,

D21,D22,D23,D24,D25,D26,

D27,D28,D29,D30,D66,D67,

D68,D69,D70,D71,D72,D73,

D74,D75,D76,D77,D78,D79,

D80,D81,D82.D83,D84,D85,

D86,D87,D88 on Right Control B.

D1,D2,D3,D4 on Top Right Control B.

D3,D4,D5,D6,D7,D8,D9,D10,

D11,D12,D13,D14,D15,D16,

D17,D18,D19,D20,D21,D22,

D23,D24,D25,D26,D27,D28,

D29,D30 on Upper Right Control B.

D1,D2,D3,D4 on Top Left B.

15119126 DIODE 1SS-133T REDUCED PITCH D41,D42,D43,D44,D45,D46 on Upper Left Control B. 6

15339108 DIODE DA-204K D1,D2,D3,D4 on LDC Control B. 7

D4,D5,D6 on Jack B.

01121323 DIODE DA-204U T-106 CHIP DA1,DA2 on Harmony B. 5

D1,D2,D3 on Jack B.

15339119TO DIODE 1SS-352 TPH3 D1,D2 on Harmony B. 2

01121689 LED SPR-325MVWT31 D52,D65 on Left Control B. 2

J5029112 LED DIODE 5 L-53 SRD-D / RED D1 on Phones B. 1

J5019106 ZENER DIODE BZX55C 5.1V D1,D2 on Left Control B. 2

RESISTOR

01906667 R-ARRAY MNR14EOABJ100 RA22,RA23,RA24,RA25,RA29,RA30,RA31,RA32 on SRX B. 8

15399907 RESISTOR ARRAY MNR34-J5A-J-153 RA5 on Sub CPU B. 1

J3919104 RESISTOR ARRAY EXB-A10E-103-J RA1 on Sub CPU B. 1

J3919108 RESISTOR ARRAY EXB-V8V-103-JV RA13,RA14,RA15,RA16,RA18,RA19,RA20,RA21 on SRX B. 8

J3919114 RESISTOR ARRAY EXB-V8V-330-JV RA17 on SRX B. 1

J3919116 RESISTOR ARRAY EXB-V8V-220-JV RA4 on Sub CPU B. 1

01566190 CEA R-ARRAY EXB-E10C-473-J RA1,RA2,RA4,RA5 on Harmony B. 4

J3919118 RESISTOR ARRAY EXB-V8V-473-JV RA3,RA6,RA7,RA501 on Harmony B. 4

13819131RI UNINFL.RES. 10 OHM 0.6W 5% R2,R3 on DBeam B. 2

J3809129 UNINFL. RES. 220 OHM 0.6W 5% R2 on Phones B. 1

J3809156 UNINFL. RES. 47 OHM 0.6W 5% R3,R4.R5,R6.R9 on Phones B. 5

J3809144 UNINFL.RESISTOR 6.8 OHM 0.6W 5% R6 on DBeam B. 1

01450490 CEA THERMISTOR R NTH5G16P33B103J07TH R23 on LCD Control B. 1

J3829107 CERAMIC RESISTOR 15 OHM 1W R43,R45 on PowerAmplifier B. 2

02014945 RESISTOR 0 OHM1/2W 5% 2010 (MCR50) R2,R47 on PowerAmplifier B. 2

01783623 RESIST. 2010 10 OHM1/2W 5% R166 on Jack B. 1

J3809160 RESIST. 2010 47 OHM1/2W 5% R128,R148,R176,R177,R194, 10

R200,R208,R209,R241,R257 on Jack B.

POTENTIOMETER

J3219110 ROT. POT. (10K) RK14J11A000G VR1 on DBeam B. 1

13289186 RK11K1130 10KB LM1-15C W/CLK VR3 on Right Control B. 2

VR2 on Volume B.

00459901 ROT. POT. 10KB 14K 1230 VR1,VR3 on Volume B. 2

13289185 RK11K1130 10KB LM1-15 VR1,VR2,VR4 on Right Control B. 3

J3299103 TRIMMER 67W R 5KOHM VR1,VR2 on PowerAmplifier B. 2

# J3299105 TRIMMER 2.2 KOHM P.10 VR1 on After Touch B. 1

# J3299106 TRIMMER 470 KOHM P.10 VR2 on After Touch B. 1

J3219101 ROT.POT. 5KB 90 - MONO VR1 on Jack B. 1

J3339101 LIN. POT. CURSOR 100KB 10 MS VR1,VR2,VR3,VR4,VR5,VR6, 9

VR7,VR8,VR9 on Harmonic Bar B.

CAPACITOR

01015878 POL.COND. 0805 330P 5% C119,C125 on Jack B. 2

15359774 POLYEST.COND. 0805 680P 5% C108,C120 on Jack B. 2

J3629144 ELCTRL.COND. 470UF 16V AX C16 on Left Control B. 2

C4 on Right Control B.

J3629103 ELECTRL.COND. 100U 25V P5 C1 on Power Distrib. B. 2

June 2006

2244

C1 on Inverter B.

J3629153 ELECTRL.COND.2200UF 35V R C10 on Power Distrib. B. 1

J3629135 ELECTRL. COND. 470U 35V P5 C9 on Power Distrib. B. 3

C55,C56 on PowerAmplifier B.

J3629132 ELECTRL.COND.100U 50V P5 C6,C8,C9,C14,C16,C19 on PowerAmplifier B. 6

J3629104 ELECTRL.COND. 10U 50V P5 C2,C10 on PowerAmplifier B. 2

J3629105 ELECTRL.COND. 47U 50V P5 C4,C12 on PowerAmplifier B. 2

J3629151 ELECTR. COND. 2.2U 63V P.5 C25,C29 on PowerAmplifier B. 2

J5369103 ELECTR.CAPACITOR RV2 100U 16V (SMD) C39 on Sub CPU B. 25

C10 on LCD Control B.

C33,C57,C61,C65,C206,

C207 on Harmony B.

C10,C53,C74,C104,C118,

C127,C129,C130,C133,C134,

C135,C138,C139,C204,C206,

C207,C224 on Jack B.

J5369104 ELECTR. COND. RV2 10U 16V (SMD) C1,C4,C9,C14 on SRX B. 58

C37,C24,C48,C49 on Sub CPU B.

C20 on LCD Control B.

C14,C15,C16,C30,C31,C32,

C51,C56,C67,C68,C69,C75,

C78,C79,C82,C90,C91,C92,

C94,C95,C96,C104,C105,

C106,C107,C111,C118,C119,

C120,C121,C141,C142,C146,

C147 on Harmony B.

C54,C56,C57,C64,C84,C89,

C95,C115,C124,C146,C161,

C174,C219,C221,C223 on Jack B.

J5369107 ELECTR. COND. RV 330U 16V (SMD) C63 on Harmony B 2

C13 on Jack B.

J5369105 ELECTR.CAPACITOR RV3 33U 16V (SMD) C11, C16,C17,C21 on LDC Control B. 17

C28,C31,C68,C96,C113,

C123,C136,C153,C159,C169,

C172,C182,C220 on Jack B.

J5369102 ELECTR.COND. RV2 47U 16V SMD C3,C25,C35 on Sub CPU B. 17

C3,C12,C14,C40,C62,C78,

C79,C88,C100,C145,C151,

C166,C179 on Jack B.

J5369111 ELECTR. COND. RV2 10U 25V (SMD) C93 on Harmony B. 1

J5369108 CONDENSER SMD RV2 4.7U 25V ELET. ELNA C106,C107 on Jack B. 2

J5369106 ELECTR. COND. RV2 1U 50V (SMD) C40 on Sub CPU B. 7

C5,C7,C8,C22,C24,C109 on Jack B.

J3629149 ELECTR.COND. 100U 16V H.7 C1,C2,C3 on DBeam B. 12

C4 on Upper Left Control B.

C1,C2,C4,C5,C11,C12,C13,

C16 on Volume B.

J3629137 ELECTR. COND. 33U 16V H.7 C7,C9,C15 on Left Control B. 9

C1,C3,C5 on Harmonic Bar B.

C3, C15 on Right Control B.

C8 on Volume B.

J3629150 ELECTR.COND. 47U 16V H.7 C1,C4 on After Touch B. 2

J3629141 ELECTR. COND. 4.7U 50V H.7 C5 on After Touch B. 1

13529104RI CAPACITOR DE1310E472MVA-KH C2 on INLET B. 1

J3629166 ELECTR.CONDENSER 560U 50V 105C (ELECTR) C54 on PoweAmplifier B. 1

INDUCTOR, COIL, FILTER

22448240 NOISE SUP. BL02RN2-R62 L1,L2,L3,L4,L5,L6 on Phones B. 6

12449326 NOISE SUP. SBT-0460 L1,L2,L3,L4,L5 on Left Control B. 9

L1,L2,L3,L4 on Right Control B.

12449380 NOISE SUP. EXC-ELDR25V L1 on Power Distrib. B. 1

00452034 CHIP NOISE SUP. BK2125HM102 L3,L4,L5,L6,L7,L8,L9,L10, 25

L11,L12,L13,L14,L15,L16,

L17,L19,L20,L21,L22,L23,

L24,L56,L57,L58,L59 on Sub CPU B.

01340834 FERRITE BEAD EXCML 20A390 L1,L2,L3 on Harmony B. 14

L4,L6,L9,L11,L12,L13,L17,

L19,L20,L30,L31 on Jack B.

00903167 NOISE SUP. N2012Z601T02 CHIP L25,L26,L27,L28,L29,L30, 31

L31,L32,L33,L34,L35,L36,

L37,L38,L39,L40,L41,L42,

L43,L44,L45,L46,L47,L48,

L49,L50,L51,L52,L53,L54,

L55 on Sub CPU B.

J5259173 INDUCTANCE DR77053 L1,L2,L3,L4 on PowerAmplifier B. 4

01909645 FERRITE BEAD EXCML16A270U L2,L5,L7,L8,L10,L14,L15, 8

L16 on Jack B.

CRYSTAL, RESONATOR

J2389105 MA-406 8 MHZ CRYSTAL X1 on Sub CPU B. 1

00894034 X-TAL 16 MHZ MA-406 X2 on Harmony B. 1

J2389104 RESONATOR CSTLS4M00G53-BO (4MHZ) X1 on Jack B. 1

01893334 I.C. 67.7376M-PHCL SG-800 JC X1 on Harmony B. 1

BUZZER

J2429102 BUZZER PK-21N30P SP2 on Jack B. 1

E-80

2255

ENCODER

J3119105 ROTARY ENCODER EC12E24244F25 ENC1 on Encoder B. 1

CONNECTOR

J3439197 14P MALE CONNECTOR B14B-PH-K-S JST CN1,CN2 on Bounce B. 2

13369541 20P MALE CONN. B10B-PH-K-S (JST) CN2 on Power Distrib. B. 2

CN2 on LDC Control B.

13369567 4P MALE CONNECTOR B4B-PH-K-S (JST) CN9 on Power Distrib. B. 3

CN2 on Inverter B.

CN13 on Jack B

13369585 3P MALE CONNECTOR B3P5-VH CN1 on Inlet B. 1

02019001 FEM. CONNECTOR 32FE-BT-VK-N CN1 on SRX B. 1

02018990 FEM. CONNECTOR 34FE-BT-VK-N CN2 on SRX B. 1

02010078 CONNECTOR TX25-80P-6ST-E1 CN3,CN4 on SRX B. 2

J3439204 15P MALE 53015-1510-90 P2 M CN7 on Left Control B. 2

CN2 on Volume B.

J3439206 15P MALE CONN. B15B-PH-K-S (JST) CN1 on LCD Control B. 1

J3439211 5P MALE CONN. B5B-PH-K-S (JST) CN2 on PowerAmplifier B. 2

CN5 on Jack B.

J3439200 4P MALE CONNECTOR 90 S4B-PH-K-S P.2 JST CN1 on Left Control B. 1

J3439207 14P MALE CONN.(90) S14B-PH-K-S P.2 (JST) CN3 on Left Control B. 1

A 04123090 CONNECTOR CFP1504-0401F CN3 on LDC Control B. 1

00451401 16P FEM. CONNECTOR AMP 1.27 CN4 on Upper Right Control B. 1

13369689RI 20P FEM. CONNECTOR AMP 1.27 CN3 on Upper Left Control B. 2

CN1 on Right Control B.

J3429122 14P FEM. CONNECTOR AMP 1.27 CN1 on Upper Left Control B. 3

CN4 on Right Control B.

CN1 on Upper Right Control B.

13369688RI 4P MALE CONN. P 2.5 M CN3 on PowerAmplifier B. 1

J3439109 5P MALE CONNECTOR P 2.5 M CN5 on PowerAmplifier B. 1

J3439120 4P MALE CONN. P.2 M CN2 on Harmony B. 2

CN2 on Jack B.

J3439125 5P MALE CONNECTOR P.2 M CN5 on Harmony B. 1

J3439151 9P MALE CONNECTOR P.2 M CN4 on Power Distrib. B. 2

CN1 on Harmony B.

J3439141 10P MALE CONNECTOR P.2 M CN7,CN8 on Bounce B. 5

CN1 on Phones B.

CN8 on Sub CPU B.

CN9 on Jack B.

J3439123 6P MALE CONN. P. 2 M 90 CN1 on Encoder B. 2

CN2 on Upper Right Control B.

J3439124 10P MALE CONN. P. 2 M 90 CN2 on Top Left B. 5

CN2 on Upper Left Control B.

CN5 on Right Control B.

CN1 on Top Right Control B.

CN3 on Upper Right Control B.

J3439147 14P MALE CONNECTOR P.2 M CN5,CN6 on Bounce B. 3

CN2 on Sub CPU B.

J3429120 3P MALE CONNECTOR P.2 M CN6 on Sub CPU B. 5

CN6 on LDC Control B.

CN3 on Harmony B.

CN1,CN14 on Jack B.

13369898 2P MALE CONNECTOR B2P3-VH CN2 on Inlet B. 2

CN1 on Interruptor B.

13369592 7P MALE CONNECTOR P.2.5 JST CN5 on Power Distrib. B. 2

CN1 on PowerAmplifier B.

J3439163 15P MALE CONNECTOR P.2 M CN3,CN4 on Bounce B. 4

CN3 on Sub CPU B.

CN6 on Jack B.

J3439161 14P MALE 53015-1410-90 P2 M CN6 on Left Control B. 1

J3439168 4P MALE CONNECTOR 76384-404 CN2 on After Touch B. 1

13369568 B3B-PH-K-S CONNECTOR CN10,CN11 on Power Distrib. B. 5

CN1 on Inverter B.

CN5 on Sub CPU B.

CN1 on After Touch B.

13369566 B6B-PH-K-S CONNECTOR CN4 on PowerAmplifier B. 2

CN7 on Jack B.

13369503 B7B-PH-K-S CONNECTOR CN6 on Power Distrib. B. 2

CN10 on Jack B.

13369564 B12B-PH-K-S CONNECTOR CN4 on Jack B. 1

J3439171 4P MALE CONNECTOR 90 P.2 M CN2 on Left Control B. 2

CN1 on Volume B.

J3439182 5P MALE CONNECTOR 90 P.2 M CN1 on Dbeam B. 2

CN4 on Upper Left Control B.

J3439176 12P MALE CONNECTOR 90 P.2 M CN4 on Left Control B. 2

CN1 on Harmonic Bar B.

J3439183 3P MALE CONNECTOR 90 P.2 M CN2 on Dbeam B. 1

J3439215 4P MALE CONNECTOR 5557-04R 39012040 2

J3439189 8P MALE CONNECTOR B8B-PH-K-S P.2 JST CN7 on Sub CPU B. 2

CN3 on Jack B.

J3439202 MALE CONNECTOR 8V.90°S8B-PH-K-S P.2 JST CN6 on Right Control B. 1

WIRING, CABLE

K3468291 34P FLAT CABLE (84) 2C D/D 1

K3468292 CABLE 32X90-BDX10(BL)-P1.25-S5-M UL2896 1

K3468293 CABLE 34X90-BDX10(BL)-P1.25-S5-M UL2896 1

June 2006

2266

# 7778052000 10P CABLE ASSY (8) -2C P.2 D/R 1

# 7778029000 TOP+BOTTOM CBNT WIRE STRAND E-80 1

# 7778030000 BOTTOM CBNT WIRE STRAND E-80 1

# 7778031000 TOP CBNT WIRE STRAND E-80 1

# 7778039000 5P CBL ASSY (22) -2C P.2 1

# 7777813000 5P CABLE ASSY (28) -2C P.2 D/R (JST) 1

# 7778032000 4P CABLE ASSY (30) 2C P.2 JST D/R 1

# 7778033000 3P CBL ASSY (6) -2C P.2 D/R (JST) 1

# 7778034000 4P CABLE ASSY (54) -2C P.2 JST D/R 1

# 7778035000 4P CABLE ASSY (4) -2C P.2 1

# 7778036000 5P AWG20 CABLE ASSY(16) -2C P.3.96 D/R 1

# 7778037000 2P (B/W) AWG20 CABLE ASSY(16) -2C 3.96 1

# 7778038000 2P AWG20 CABLE ASSY(62) -2C D/R 1

# 7778040000 3P CABLE (20) -2C P.2 D/R 1

# 7778041000 4P CABLE ASSY (48) -1C557+FASTON 2# 7778042000 4P CABLE ASSY (40) W/4PC+5PC 1

# 7778043000 4P COLOURED CABLE ASSY (22) -2C 1

7773520000 7P CABLE ASSY (14) -2C P.2.5 JST/AWG22 1

7775119000 7P CABLE ASSY (16) -2C P.2 JST D/R 1

# 7778045000 6P CABLE ASSY (10) -2C D/R 1

# 7778046000 6P CABLE ASSY (18) -2C P.2 JST D/R 1

# 7778047000 8P CABLE ASSY (6) -2C P.2 JST D/R 1

# 7778048000 8P AWG20 CABLE ASSY (20) -2C P.3.96 D/R 1

7699413000 10P CABLE ASSY (12) -2C P.2 1

# 7778049000 12P CABLE ASSY (22) -2C P.2 D/R 1

# K3468301 16P FLAT CABLE (32) -2C D/R 1

7697223001 16P FLAT CABLE (38) -2C 1

# 7778050000 3+4P(COAXIAL)CBL ASSY (100) 2C P.2 D/R 1

SCREW

J2289101 SELF TAP.SCREW 2.9X 6 TC TC 16

J2289213 SELF TAP.SCREW 3.9X16 TC TC 2

J2289125 SCREW 2.9X10 TC TC PR TROP 168

J2289254 SCREW 2.9X10 TC TC PR BRUN 11

J2289160 SELF TAP.SCREW 2.9X13 TCTCPR BR 38

J2289108 SELF LOCK.SCREW M3X10 TCTC H.6 7

J2289147 SELF LOCK.SCREW M3X12 TCTC H.6 2

J2289204 SCREW M3X18 TC TC 2

J2289193 SELF LOCK.SCREW M3X6 TC TC H.6 37

J2289292 SCREW M3X6 TC TSP BRUN 6

J2289150 SCREW 2.9X16 TC PR TFR H.7 4

K2288107 SCREW 3.9X13.5 TC PR TFR H.8 24

K2288108 SCREW 2.9X25 TC PR TFR TROP H.7 4

J2289274 SCREW 2.9X13 TC BZ TFR T.7 TROP HILO 102

# J2289302 NYLON SCREW M3X8 (RICHCO NMS308) 2

# K2288137 SCREW 3.5X16 TCPR TFR BZ H.8 BRUN 26

PACKING

K2678116 CARTENE ENVELOPE HD 70X190 1

K2678102 POLYETH. ENVELOPE 25X45 1

K2678106 POLYETH.ENVELOPE 40X55 1

# K2638336 MONDAPLEN (R)SIDE PROTECTION A01534-1E80 1

# K2638337 MONDAPLEN (L)SIDE PROTECTION A01534-1E80 1

# K2618329 OUTER CARTON E-80 1

MISCELLANEOUS

# K2538122 (PHONES) LABEL E-80 1

# K2538121 DRAW-BAR LABEL E-80 1

J2289113 NUT 3MA H.3 2

J2289240 SELFLOCKING NUT 3 MA TH.3 2

J2289222 NUT 10 MA TH.8 UNI 5588 2

J2289180 NUT 4 MA TH.4 (NICKEL-PLATED) 8

K2138120 TOOTHED WASH. I/D 4 NICH. 8

J2139101 FLAT WASHER I/D 4 4

J2139111 FLAT WASHER I/D 3X7 TH. 0.5 2

J2139130 WASHER D.INT.3 W/CUT 2

22165134 BRASS BUSHING 4

K2158111 METAL NUT FOR MUSIC REST DISCOVER 5 2

J2159114 BUSHING F/POTENTOMETER KNOB H.7.2 I.9.2 7

# K2268205 VIBRATION DAMPING FOAM (LOWER RIGHT)E-80 1

# K2268206 VIBRATION DAMPING FOAM (LOWER LEFT) E-80 1

# K2268207 VIBRATION DAMPING FOAM (UPPER RIGHT)E-80 1

# K2268208 VIBRATION DAMPING FOAM (UPPER LEFT)E-80 1

# K2268210 LCD DAMPING FOAM E-80 2

# K2248194 DRAWBAR ANTIDUST COVER E-80 1

# K2228105 BOX GASKET E-80 2

22265242 RUBBER GUIDE BUSHING 4

K2358105 PRESSURE RUBBER FOOT 4

J2369101 SPECIAL LOCK I/D 4 4

J2599108 BLACK RUBBERED CANVAS TAPE 3M 389 19X50M 1

J2599136 SILICON SEAL 7093 (BLACK) 1

K2158112 NUT HOLDER F/MUSIC REST C-190 2

# K2238135 LED DIFFUSER D.3 E-80 1

# K2248195 INVERTER BOTTOM CASE E-80 1

# K2248196 INVERTER TOP CASE E-80 1

E-80

2277

# K2128155 PLEXIGLASS COVER SRX-EXP E-80 1

01343089 D-BEAM CONTROLLER ESCT BLK 1

K2248193 PCMCIA SLOT ESCUTCHEON G-70 1

# 7778026000 MUSIC REST E-80 1

# K2128154 MUSIC REST SECURING HOLDER E-80 2

03562156 FANTOM-X6 PC CARD BSCT BLK 1

K253810302 FUSE WARNING LABEL 1

ACCESSORIES

# K6018642 PARAMETER REFERENCE E-80 1

# K6018640 OWNER'S MANUAL (E) E-80 1

# K6018638 OWNER'S MANUAL (G) E-80 1

# K6018639 OWNER'S MANUAL (F) E-80 1

K6018109 MIDI GUIDE 1

# K2378137 CD-ROM E-80 1

# K6018641 SERVICE NOTES E-80 1

00894389 POWER CORD 230V FOR ACCORDION (only for 230V) 1

00907001 POWER CORD 230VE FOR ACCORDION (only for 230VE) 1

00894378 POWER CORD 120V FOR ACCORDION (only for 117V) 1

23495124 POWER CORD 240VA (CLASS I) INSULATED PIN (only for 240VA) 1!

!

!

!

June 2006

2288

IITTEEMMSS RREEQQUUIIRREEDD� 1 FC-7 PEDAL � 2 SWITCH PEDAL (i.e. DP-8) � 1 EXPRESSION PEDAL (i.e. EV-5) � ROLAND RH-50 HEADPHONES � ROLAND DR-20 MICROPHONE � TOUCH SCREEN PEN � MONITOR LCD 7” (for VIDEO OUT tests) � 3 TEST DISKS: 1 for DD – 1 for HD – 1 for HD PROTECTED (for FDC tests) 2 PCMCIA CARDS 128MB: 1 for test – 1 for NAND FLASH (+ possible OPERATION SYSTEM) � 2 SRX EXPANSION BOARDS (for SRX Slot test) �� 2 weights 2Kg (for AFTER TOUCH gauging and calibrating) �� RCA cable for MONITOR connection: VIDEO 1 (MONITOR 7”) � VIDEO OUTPUT (E-80) �� 2 MIDI CABLES �� 1 USB CABLE �� PERSONAL COMPUTER

E-80

2299

1. TEST MODE

1.1 How to enter in “INTERNAL TEST”

� Press the buttons VARIATION 1 and VARIATION 4 and turn on the E-80

�

N.B. The test performance is being checked by the E-8’, so they all have to be performed, otherwise it will not be possible to go ahead in some cases.In any case, you may pass from one test (without performing it) to the following one, by pressing the buttons VARIATION 1 and ONE TOUCH 1 at the same time.

To exit the tests, turn off the instrument, but make sure to do so only after having completed the test and after the display shows the video of the following test.

1.2 Touch Screen calibration

� Enter the “INTERNAL TEST” mode (cf. paragraph 1.1) � Wait for the E-80 to initialize � By means of the touch screen pen, touch the points shown on the display for a second; the sequence is as follows:

down left high right down right high left

� If the operation cannot completed properly, the display will show NG: Calibration, in that case repeat the operation from the start (point 3): after the error message wait until the calibration video appears. � If, on the contrary, the operation ends well, the display will show Calibration OK and will automatically pass onto the next test after a while.

June 2006

3300

4° 2°

� � �

1° 3°

E-80

3311

Free keyboard

Put 2 Kgs weight

1.3 Trimmer gauging on the AFTER TOUCH circuit

� With all the keys of the keyboard released, make sure that the bar is almost completely white on the display (value under 20); if it were not so, move the trimmer until the measured value goes under 20. � Open the cover of the E-80, place the 2-kgs. weight on the last black key on the right (perpendicularly and at 2 cm. approx. from the beginning of the lever), wait for 3 seconds and gauge the two trimmers so that the bar is almost completely coloured in red (the value must be comprised between 950 and 1020). � With the same weight check that the measured value on the last white key and the black key before be comprised between 950 and 1020; if it were not so, gauge the two trimmers again so that the red bar is comprised between the two values. � Verify again that the value is still under 20, when all the keys of the keyboard are released; if it were not so, activate the two trimmers again until you get a value lower than 20 and then repeat the points � and �.

N.B. The gauging is completed only when the four conditions described above are fulfilled without touching the two trimmers.

� � � �

June 2006

3322

Test Video OK

Test Video NG

1.4 Checking of the expansion for SRX

� On the same video of the AFTER TOUCH gauging, check that two SRX CARDS are to be found. N.B. The two SRX expansions must be inserted in the proper slots at the bottom of the instrument (remove the cover) before turning on the latter.

� Check that the checksums are correct :

�

SRX CHECKSUM SRX – 01 Dynamic Drm 8F834871 SRX – 02 ConcertPno 1DD3A64E SRX – 03 Studio SRX ACDFA4AE SRX – 04 Symph.str 69CF3B62 SRX – 05 SupDance ADD625A1 SRX – 06 Comp Orch 0A001E81 SRX – 07 Ulti Keys 6BDF51B1 SRX SRX – 09 World Cl 9F2CB1EC SRX – 10 BigBrsEns 26AABB57

E-80

3333

1.5 Check of the Card Protect Switch

� Remain on the same video as the AFTER TOUCH gauging and the SRX test. � Check that with the switch in the “NOT PROTECTED” position the display shows Unprotect. � Check that with the switch in the “PROTECTED” position the display shows protect.� If both conditions are fulfilled, a symbol with a green “marking” will appear to confirm the good result of the test. � Press on the icon NEXT to pass onto the next test.

ATTENTION! Before covering the switch with its own cover, make sure that you have left it on “PROTECTED” position.

�

�

June 2006

3344

MUSICAL DATApresent

MUSICAL DATAabsent

1.6 Version checking

� A video with the information of the installed versions appears

� Check that the data of the versions match with the la test updates available; if the version of the Musical Data is not visible, it means that the loading of the data was not carried out. � Press the icon NEXT to pass onto the next test

Attention!! The images shown are only examples; the numbers of the versions may change in time.

E-80

3355

1.7 Touch Screen Check

� Check that values between X= and Y= are not shown, when making slight pressures on the inner sides of the LCD tower. � By means of the Touch screen pen, touch all 10 squares shown on the display � If the Touch Screen works properly, each touched square should be lighted in red

� �

� After touching all the squares, the instrument will pass onto the next test

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Check that all the pixels are off

Check that all the pixels are on

Check the sharpness andthe separation of colours

Check the sharpness andthe separation of colours

1.8 LCD display and VIDEO socket test

� Each of the four blinking upper buttons (PIANO, E. PIANO KEYBOARD, CHR PERC, ORGAN ) is linked with a test for the LCD; press them one at a time and make sure that the LCD works properly.

� During the 4th image, move the LCD CONTRAST potentiometer (behind the LCD tower) until you get a good contrast condition

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3377

PAL video image NTSC video image

� Each of the two blinking lower buttons (VOCAL, BRASS) is linked with a test for the VIDEO socket; press them one at a time and make sure that the Monitor of the LTA-10 works properly.

N.B. the two images seem identical; in fact, the PAL image is slightly more crushed on all four sides; pay attention to this difference.

� At the end of the four tests, press the NEXT icon to perform the next test.

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1.9 LEDs and buttons Test

� From the previous test the display shows:

� Press the buttons one at a time, respecting the sequence shown in the picture below; each time the display shows the button to be pressed and the associated LED blinks (if any).

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3399

� For each of the buttons make the following checks: �� a “beep” of the internal buzz will be heard to confirm it’s working properly �� when released, the counter on the display will increase �� in case of error, a longer “beep” (buttons in short-circuit) or no sound (the buttons does not work) will be heard

� If the button ha san associated LED perform the following checks: before pressing the button the associated LED blinks (check that it is the only one that does so) once the button is pressed, the associated LED will turn on if the LED is bi-colour one the associated button must be pressed twice (check that the first time the LED becomes red and the second time green).

� At the end of the sequence of the buttons, the instrument will pass onto the next test.

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1.10 Foot Pedals and FC-7 socket Test

� Connect the two switch pedals (i.e. DP-8) on the PEDAL SWITCH and PEDAL HOLD sockets, and connect the FC-7 pedalboard. � Press the switch pedal relative to the PEDAL SWITCH socket: if the socket PEDAL SWITCH of the E-80 works a short “beep” will be heard and the counter on the display should increase (1/9). � Press the switch pedal relative to the PEDAL HOLD socket: if the socket PEDAL HOLD of the E-80 works a short “beep” will be heard and the counter on the display should increase (2/9). � Press the pedals of the FC7 pedalboard from 1 to 7: if the FC7 PEDAL of the E-80 works a short “beep” will be heard for each pedal and the counter on the display should increase (from 2/9 to 9/9). � Upon the completing of the pedal sequence, the instrument will automatically pass onto the following test

� � �

N.B. If a long “beep” or no sound at all will be hear instead of a short “beep”, it means that the pedal socket which is being tested does not work.

E-80

4411

1.11 Pitch Bender and Modulation lever gauging

� Leave the Pitch Bender lever in the rest position (the bar on the LCD should be coloured in red for almost its half) � Press the LIST button (USER PROGRAM section) on the E-80

� �

� Hold the Pitch Bender lever all on the left without forcing it (the LCD bar should be all white) � Press the LIST button on the E-80

� �

� Hold the Pitch Bender lever all on the right without forcing it (the LCD bar should be almost all red) � Press the LIST button on the E-80

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� �

� Leave the Modulation lever in the rest position (the LCD bar should be all white) � Press the LIST button on the E-80

� �

Hold the Modulation lever all upwards without forcing it (the LCD bar should be almost all red) � Press the LIST button on the E-80

�

E-80

4433

1.12 DBEAM Sensor gauging

� Place the hand at 4 cm from the DBEAM sensor, the LCD bar should be almost all red � Press the LIST button on the E-80 (USER PROGRAM section) � Place the hand at 25 cm from the DBEAM sensor, the LCD bar should be almost all white � Press the LIST button on the E-80

��

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4444

Free Keyboard

Place 2 Kgs weight

1.13 AFTER TOUCH gauging

� Leave the keyboard free (the LCD bar should be all white) � Press the LIST button on the E-80 (USER PROGRAM section)

� �

� Place the 2 Kgs. weight (2 cm from the beginning of the lever) on the first white key on the left (the LCD bar should be all red) � Press the LIST button on the E-80

� �

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4455

Place 2 Kgs weight

Place 2 Kgs weight

� Place the 2 Kgs. weight on a white key in the centre of the keyboard (the LCD bar should be almost all red) � Press the LIST button on the E-80

� �

� Place the 2 Kgs. weight on the last black key on the right (the LCD bar should be almost all red) � Press the LIST button on the E-80

� �

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1.14 ADC Check1.14.1 PITCH BENDER check

� With the PITCH BENDER lever in the rest position, check that the display shows the value 64 (near the writing PBender) � Move the lever all on the left: check that the display shows the value 0� Move the lever all on the right: check that the display shows the value 127� If all the checks were performed correctly, the display will show the symbol of “marking”.

�

�

� �

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4477

1.14.2 MODULATION Check

� With the MODULATION lever in the rest position, check that the display shows the value 0 (near the writing Modul:) � Move the lever all upwards: check that the display shows the value 127. � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

1.14.3 AFTER TOUCH check

� With the keys of the keyboard in the rest position, check that the display shows the value 0 (near the writing A. Touch:) � Press completely some white and black keys of the keyboard (starting, central and ending parts) and check that the display shows the value 127. � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

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1.14.4 EXPRESSION pedal check

� Connect the Expression Pedal (i.e. EV-5). � With the pedal position at the minimum the display must show 0 (near the writing Foot Pedal:) � � With the pedal position at the maximum make sure that the display shows the value 127. � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

1.14.5 DBEAM sensor check

� Place the hand at about 20cm from the DBEAM sensor and check that the display shows the value 0 (near the writing Dbeam:) � Place the hand at about 2cm from the DBEAM sensor and check that the display shows the value 127. � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

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1.14.6 BALANCE potentiometer check

� Turn the BALANCE potentiometer all to the left (ACCOMP) and check that the display shows the value 0 (near the writing Balance:) � Turn the BALANCE potentiometer all to the right (KEYBOARD) and check that the display shows the value 127� Put the BALANCE potentiometer in the central position and check that the display shows the value 64 � During the test check that the potentiometer runs smoothly and in particular check that the central click exists. � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

�

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1.14.7 VOICE potentiometer check

� Turn the VOICE potentiometer all to the left (OFF) and check that the display shows the value 0 (near the writing Voice:) � Turn the VOICE potentiometer all to the right (MAX) and check that the display shows the value 127� During the test check that the potentiometer runs smoothly � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

1.14.8 HARMONY potentiometer check

� Turn the HARMONY potentiometer all to the left (OFF) and check that the display shows the value 0 (near the writing Harmony:) � Turn the HARMONY potentiometer all to the right (MAX) and check that the display shows the value 127� During the test check that the potentiometer runs smoothly � If all the checks were performed correctly, the display will show the symbol of “marking”.

�

� �

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5511

1.14.9 EFFECTS potentiometer check

� Turn the EFFECTS potentiometer all to the left (OFF) and check that the display shows the value 0 (near the writing Effects:) � Put the EFFECTS potentiometer in the central position and check that the display shows a value between 50 and 65� Turn the EFFECTS potentiometer all to the right (MAX) and check that the display shows the value 127� During the test check that the potentiometer runs smoothly and in particular check that the central click exists.� If all the checks were performed correctly, the display will show the symbol of “marking”.

�

�

� �

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1.14.10 HARMONIC BARS potentiometers check

� Move the 9 potentiometers of the HARMONIC BARS section, under the display, one at a time, first downwards (MIN), then upwards (MAX); in the former case, the display must show the value 0 near the relative writing, while in the latter case the value 255� During the test check that all the potentiometer run smoothly and without impediments or holds. � If all the checks were performed correctly, the display will show the relative 9 symbols of “marking”.� At the end of the tests, touch the icon NEXT, to pass to the next test.

�

�

�

E-80

5533

1.15 Encoder and Buzzer Check

� Make a complete turn of the Encoder clockwise: the display must show a growing value from 0 to 25 (Value) and the “marking” symbol must be near Inc� Make a complete turn of the Encoder counter-clockwise: the display must show a decreasing value from 25 a 0 (Value) and the “marking” symbol must be near Dec� Press the Encoder and check that the Buzzer sounds and that the “marking” symbol appears near the Switch (Buzzer)� At the end of the test, touch the icon NEXT, to pass to the next test.

� �

�

�

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1.16 MIDI and USB sockets Check

� Without MIDI and USB connections makes sure that the display DOES NOT show the green “marking” symbols � By means of a MIDI cable, connect the MIDI IN with the MIDI OUT of the E-80: check that the display shows the green “marking” symbol near the writing of the MIDI test � Connect the MIDI THRU of the E-80 with the MIDI IN of an amplified instrument (i.e. EXR-7): check if you can hear the sound of a musical note on the loudspeakers of the external instrument. � Connect the USB cable, coming from the PC with the USB socket of the E-80: check that the display shows the green “marking” symbol near the writing of the USB test. � At the end of the test, touch the icon NEXT, to pass to the next test.

�

�

�

E-80

5555

1.17 Memory and DSP Check

� Wait for all the tests to be performed and check that they have all had a positive result (a “marking” symbol is shown for each test) � At the end of the test, touch the icon NEXT, to pass to the next test.

�

�

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Protect Disk Test OK

2DD Disk Test OK

2HD Disk Test OK

1.18 FLOPPY DISK Driver check

� Insert a protected disk and check that the display shows the green “marking” sign near the writing Test Protect Disk� Insert a DD disk and check that the display shows the green “marking” sign near the writing Test 2DD Disk� Insert an HD disk and check that the display shows the green “marking” sign near the writing Test 2HD Disk � At the end of the test, touch the icon NEXT, to pass to the next test.

� � �

�

E-80

5577

1.19 PCMCIA slot check

� Insert the PCMCIA card for the test and check that the display shows the green “marking” sign near the writing Test PCMCIA Card� At the end of the test, touch the icon NEXT, to pass to the next test.

�

�

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LowFrequency

Medium Frequency

High Frequency

Left channel only

Right channel only

Both channels

1.20 Audio checks and measurements9.20.1 Audio check on the Speakers

� With the VOLUME potentiometer at maximum level, check that no swishing or background noise comes out from the speakers. � Press the icons LOW, MID, HIGH to listen to the notes with different frequencies on the 4 speakers; at the end press the icon MID

� Press the icons L, R to check the separation of the two channels (2 speakers left or right); at the end press the icons L+R

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Active Mute Idle Mute

� Check that the speakers are excluded, by moving the SPEAKER OFF selector (near the headphones sockets) to the left (OFF); make sure that the LED of the SPEAKER OFF turns on

� Move the selector back to the right (ON) and make sure that, when activating/disactivating the MUTE (press the icons ON and OFF), the sound will respectively be cancelled immediately and come back after about 1-2 seconds.

� Leave MUTE in OFF and check that it is completely cancelled with the VOLUME potentiometer at the minimum.

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1.20.2 Measurement of the MAIN OUTPUT exits

� Connect the MAIN OUT exits with the LINE entry of an external amplified instrument. � Perform the following settings:

E-80: VOLUME potentiometer at maximum level E-80: SPEAKER OFF selector on the left (OFF); the LED must turn on

� Press the icons MID and L (the MUTE must be OFF)

� �

� Check that the sound is clean and that it only comes from the LEFT loudspeaker of the external instrument.

� Press the icon R

� Check that the sound is clean and that it only comes from the RIGHT loudspeaker of the external instrument.

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Active Mute Idle Mute

� Press the icon L+R

� Check that the sound is clean and that it comes from both loudspeakers of the external instrument.

Check that, by activating/disactivating the MUTE (press the icons ON and OFF), the sound will respectively be cancelled immediately and then come back after about 1-2 seconds.

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Active Mute Idle Mute

1.20.3 Measurement of the METRONOME exit

� Connect the headphones to the METRONOME exit of the E-80. � Perform the following settings:

E-80: VOLUME potentiometer at maximum level � Press the icon SEND (Metronome section) several times; check that the sound is clean and that it comes from both loudspeakers.

� �

� Activate the MUTE (press the icon ON) and check that, pressing the icon SEND several times, the sound immediately fades down � Disactivate the MUTE (press the icon OFF) and check that, pressing the icon SEND several times, the sound comes back after about 1-2 seconds

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1.20.4 Measurement of the PHONES exit

� Connect the headphones to the PHONES 1 socket of the E-80.� Perform the following settings:

E-80: VOLUME potentiometer at maximum level E-80: SPEAKER OFF selector on the right (ON); the LED must turn off

� Press the icons MID and L (the MUTE must be OFF)

� �

� Check that the sound is clean and that it only comes from the LEFT loudspeaker.

� Press the icon R

� Check that the sound is clean and that it only comes from the RIGHT loudspeaker.

� Press the icon L+R

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Active Mute Idle Mute

� Check that the sound is clean and that it comes from both loudspeakers.

Check that, by activating/disactivating the MUTE (press the icons ON and OFF), the sound will respectively be cancelled immediately and then come back after about 1-2 seconds.

� Repeat the tests mentioned above (from step � to step ) by moving the headphones on the PHONES 2 socket of the E-80

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6655

1.20.5 Measurement on the EXTERNAL SOURCE – AUDIO IN entry

� Connect the LINE OUT exit of an external instrument with the AUDIO IN entry of the E-80. � Perform the following settings:

E-80: VOLUME and EXT SOURCE potentiometers at maximum level

� Press the icon OFF in the Sinusoid section and the icon OFF in the Mute section

� �

� Let the external instrument play a demo. � Check that the sound is clean and that it comes from both loudspeakers of the E-80.

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1.20.6 Measurement of the VOCAL HARMONIST (microphone) entry

� Connect a microphone to the VOCAL HARMONIST entry. � Perform the following settings:

E-80: VOLUME, VOICE and HARMONY potentiometers at maximum level � Set the back selector on MIC.� Check that with the INPUT GAIN potentiometer at the centre, the relative LED will start to light.

� �

�

� Use the microphone (for ex. sing or speak) and check that the sound is clean and that it comes from both loudspeakers of the E-80. � Move the back selector on LINE and check that the sound fades down.

� Press the icon NEXT� The Test Mode is completed.

�

��

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22.. MMAAXXXX BBAASSSS CCHHEECCKK� Switch on the E-80� Press PIANO in the EASY SETTING section � Press E.GUITAR BASS in the TONE section� Select the icon Fingered Bs1 on the display � Press EFFECTS� On the display, select the icon EDIT in the SPEAKER MODELING section. � Play some notes on the lower part of the keyboard (6th-7th-8th white key), activate the icons OFF-HIGH and check that there are different bass intensities in the sound

�

��

�

� � �

� Press EXIT

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33.. FFAACCTTOORRYY RREESSEETT� Press MENU� Select the icon UTILITY on the right side of the display � Select the icon FACTORY RESET, on the upper side of the display and then the icon EXECUTE: the Factory Reset will start � At the end (100%) a video must appear to confirm the operation has been performed with success � Check that the test has been successful � Press EXIT

� � �

� �

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6699

The goal of this document is to clarify the various update modes of the data and of the operative system of the E-80.

The operative system and boot program are included in the 64 Mbit Nor Flash IC74 TC58FVM6B5BTG65.

The musical data are stored in the 512 Mbit Nand Flash IC73 TC58DVM92A1TG00BBH.

The Nand flash, through a Disk Operative System, is treated like a virtual drive. Before being used it must be formatted like a normal drive. The format also creates the directory structure needed for the functioning of the E-80. The data (user program, built-in styles, songs, etc.) are stored into the instrument in files. The data structure is made by the following directories:

- Chain contains the files for the Play List - Db contains the files of the database - Demo contains the files of the demo - Midiset contains the files of the Midi Set - Put New MusicAssistant Here to import new Music Assistant - Put New Styles Here to import new Styles - Put New Song Here to import new Songs - Put New UserPrograms Here to import new User Programs - ROMStyle contains the factory styles (built-in styles) - Song contains the user songs - Style contains the user styles - Text contains the text files (.TXT) and the image files (.BMP) - Update to update the operative system of the instrument - Userprg Contains the User Program files

It is possible to access this structure by connecting the E-80 to a PC fitted with Win98ME, Win2000/XP, MAC, by means of a USB cable: - Connect the E-80’ to a PC by means of a USB cable. - Press the “MENU” switch on the panel - Press the button “USB DATA STORAGE” on the display - Press the button “INTERNAL MEMORY” on the display - A virtual drive will be added (E80_SSD) on computer resources. - Click 2 times on the icon of the drive will make the internal structure of the E-80 appear.

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Musical Data Update

There are 2 ways to update the data into the E-80. Mode 1: by means of a Card.

- It is made by means of a Card (compact flash, smart media, memory stick …) of at least 64 Mbyte and a PCMCIA adaptor for that card. Mode 2: by means of a USB connection.

- It is made by means of a connection USB PC => E-80.

ATTENTION!!! The data update entails the loss of the personal data included in the E-80.

Mode 1 – Updating of musical data by means of a card:

1. Format a card with a E-80 - Turn on the instrument. - Insert one Card (min. 64MB) by means of the relative PCMCIA adaptor into the PCMCIA slot of the E-80. - Press the switch “DISK & MEDIA” on the display. - Press the button “FORMAT” on the display. - Press the button “EXTERNAL MEMORY” on the display. Wait until the formatting is completed.

2. Copy the musical data into the Card - Insert the card into a PC by means of the relative PCMCIA adaptor. - Decompress the files contained in the zip. update file (E80_Factory_Data_Vxxx_MaxxBassOff.zip) in a temporary file of the PC called for instance “E-80”. - Open the file previously created in the PC called “E-80” containing the data. - Copy, by selecting and moving all the files of the PC into the card.

ATTENTION!, before removing the card, disconnect the drive of the card from the PC by performing a proper function. THE FAILURE TO DISCONNECT MAY CAUSE THE COPY OF THE FILES TO BE INCOMPLETE.

3. Update of the built-in data.- Insert the card with the PCMCIA adaptor into the PCMCIA slot of the E-80. - Turn on the instrument by holding the “SONG” “STYLE”,”USER PRG” switches of the FINDER section on the panel. - Wait for the instrument to enter into the “UPDATE ALL” video. - Press the switch on the “USER PROGRAM 1” panel. The instrument will perform the following operations:

- Format of the built-in memory. - Copy of all the files from the CARD into the built-in memory. - Factory Reset by loading the User Program Set and MIDI Set.

The operation will be complete once the E-80 will display the following messages: “Copy Successful” “Factory Reset Done”

- After the display of the message “Power Off and Power On again” turn the instrument off.

E-80

71

Mode 2 – Musical data update by means of the USB:

1. Format the built-in memory of the E-80

- Turn on the instrument. - Press the switch “DISK & MEDIA” on the display. - Press the button “FORMAT” on the display. - Press the button “EXTERNAL MEMORY” on the display. Wait until the formatting is completed.

2. Copy the musical data into the built-in memory

- Connect the E-80 to the PC by means of a USB cable. - Press the switch MENU on the panel. - Press the button “USB DATA STORAGE” on the display. - Press the button “INTERNAL MEMORY” on the display. A new virtual drive “E80_SSD” will be added on the computer resources. - Decompress the files container in the data update zip (E80_Factory_Data_Vxxx_MaxxBassOff.zip) into a temporary file of the PC called for instance “E80”. - Open the file previously created in the PC called “E-80” containing the data. - Copy, by selecting and moving all the files of the PC into the new virtual drive “E80_SSD”.

- ATTENTION!, before removing the USB cable and turning the instrument off, disconnect the virtual drive “E80_SSD” from the PC by means of a proper function.

THE FAILURE TO DISCONNECT MAY CAUSE THE COPY OF THE FILES TO BE INCOMPLETE.

3. Carry out the Factory Reset - Turn on the instrument. - Press the switch MENU on the panel.

- Press the button “UTILITY on the display - Press the button “FACTORY RESET” on the display - Press the button “EXECUTE” on the display and wait until the operation is completed.

Update of the operative system There are 2 ways to update the Operative System of the E-80. Mode 1: By means of a Card.

- It is made by means of a Card (compact flash, smart media, memory stick …) of at least 64 Mbytes and a PCMCIA adaptor for that card.

Mode 2: By means of a USB connection. - It is made by means of a connection USB PC => E-80.

- Turn the intrument on while keeping pressed the buttons “TOP” and “REC” in the “RECORDER” section until the screen “INTERNAL MEDIA FORMAT” is shown

- Press the switch “1” in section “USER PROGRAM”.

Wait until the formatting is completed.

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Mode 1 – Update of the Operative System by means of a card:

1. Format a card with a E-80 - Turn on the instrument. - Insert one Card (min. 64MB) by means of the relative PCMCIA adaptor into the PCMCIA slot of the E-80. - Press the switch “DISK & MEDIA” on the display. - Press the button “FORMAT” on the display. - Press the button “EXTERNAL MEMORY” on the display. Wait until the formatting is completed.

2. Copy the operative system into the “UPDATE” directory of the Card - Insert the card into a PC with the relative adaptor. - Delete a possible previous operative system from the “UPDATE” directory of the card. - Decompress the files container in the zip updating file (E80_Vxxx.zip), into a temporary card of the PC. - Open the file previously created in the PC containing the operating system. - Copy, by selecting and moving the .sys file (E80_Vxxx.sys) of the operative system from the PC into the “UPDATE” directory of the Card.

ATTENTION!, before removing the card, disconnect the drive of the card from the PC by means of a proper function. THE FAILURE TO DISCONNECT MAY CAUSE THE COPY OF THE FILES TO BE INCOMPLETE.

3. Update of the operative system.- Insert the card into the PCMCIA slot of the E-80 by means of an adaptor. - Turn on the instrument by holding the “DISK & MEDIA” switch on the panel. - Press the “USER PROGRAM 1” switch on the panel. - The E-80 will carry out a deep check of the system, if the file will turn out to be correct, it will start the update phase. A progression bar will show the status of the updating.

4. Carry out the Factory Reset - Turn on the instrument. - Press the “MENU” switch on the panel. - Press the “UTILITY” button on the display. - Press the “FACTORY RESET” button on the display. - Press the “EXECUTE” button on the display and wait until the operation is completed.

Mode 2 – Operative System Update by means of a USB:

1. Copy the operative system into the “UPDATE” directory of the built-in memory - Connect the E-80 to the PC by means of a USB cable. - Press the “MENU” switch on the panel. - Press the “USB DATA STORAGE” button on the display. - Press the “INTERNAL MEMORY” button on the display, a new virtual drive “E80_SSD” will be added on the computer resources.

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- Delete a possible previous operative system from the “UPDATE” directory of the built-in memory. - Decompress the files container in the zip updating file (E80_Vxxx.zip), into a temporary card of the PC. - Open the file previously created in the PC containing the operating system. - Copy, by selecting and moving the .sys file (E80_Vxxx.sys) of the operative system from the PC into the “UPDATE” directory of the built-in memory.

ATTENTION! before removing the USB cable and turning the instrument off, disconnect the virtual drive from the PC by means of a proper function.

THE FAILURE TO DISCONNECT MAY CAUSE THE COPY OF THE FILES TO BE INCOMPLETE.

2. Update of the operative system.- Turn on the instrument by holding the switch “DISK & MEDIA” on the panel. - Wait until the instrument shows the “SYSTEM UPDATE” video. - Press the “USER PROGRAM 1” switch on the panel. - The E-80 will carry out a deep check of the system, if the file will turn out to be correct, it will start the update phase. A progression bar will show the status of the updating.

3. Carry out the Factory Reset - Turn on the instrument. - Press the “MENU” switch on the panel. - Press the “UTILITY” button on the display. - Press the “FACTORY RESET” button on the display. - Press the “EXECUTE” button on the display and wait until the operation is completed.

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BLOCK DIAGRAM

NOR Flash

Program User

IC74

NAND Flash

USB Storage512M bIC73

16bit 8bi t

buffer

PCMCIA Card Slo t

16bi t

3.3V<--->5V

WXIC38

T6TV2TB-0001

X1

CPU

16.000MHz

IC8,IC 9

IC 5

SDRAM

SH-3 7709S64MHz Bus

IC 7

200MHz

Work RAM

P2027A

128M b x 2

bu

ffe

r

32bi t

KeyScanIC29

64M b

SLAC02AF2H

buffer3.3V<--->5V

8bi t

FDC37C78IC31

FDC

Wave Bus

512M b x 2IC40,41

bu

ffe

r

Flash ROM

Wave ROM

16bi t

X224.000MHz

DRAM

buffer

LCDCIC67S1D13506F00A 2

16bi t

Video RAM

8bi t

3.3V

IC70 16M b

16bit 16bi t

16bi t

CODECIC59 AK4626VQA/D 2ch, D/A 6ch

Video OU T

61 key Keyboar d

TP-9S

aftertouch

(with aftertouch)

FDD

Colour LCDQVGA320x240

LC D

3.3V --->5Vbuffer

S W & LED

Harmonic Bar s

BENDERUNIT

DC-AC INVERTER

INVC667

MAIN BOARD

HARMONIZER BOARD

MEANWELL SWPS

PPQ-100D-DI R

CONTROL PANEL BOARD

MIKE

MAIN

METRO

AU X

JACK BOARD

6+1 ch.

AC 100~240V

METRONOMELEVE L

POWER DISTR. BOARD

+5V

+12V

-12V

OUTPUTVOLUM E

INPU TVOLUME

PHONESBOARD

DBEAM

HARMONY

BUZZER

CPUH8 IC 4

HD6433060F

ESP- BIC3 IC2

ESP-ADRAM

IC 8 I C7

FLASH ROMIC1 4Mb

4Mb

DA C

AD CIC16 AK5351VF

IC17 AK43248bi t

16bi t

8bi t

4Mb

ENC

EFFECTCONTROLS

ADC IN

ADC IN

X116.000MHz

INPUT GAI N

Control Board

DRAM

PHONES

EQ

Maxxbass

LPF

HPF

AM

PM

UT

E

FOOT

FOOT SW

HOLD

PEDALS

FC-7

MIDI

IN

OUT

THRU

PHOT O

SUBCPU BOARD

SRX BASE BOARD

+24V

CPU

M37542F8FP

M740 IC 1

X18.0MHz

SW&

LED

BU

S

To Bi-Power AMP

Bi-Power AMP

AC-INLET

BOARD

R-SPsL-SPs

Power

SW

AMP MUTING SW

IC 4

IC 3

LA4450

TP2050IC 2TC2001

Treble IN

Bass IN

WSPIC57

T6TZ3AFG-0001

X316.9344MHz

SDRAMIC36 64M bEffect RAM

16bi t

16bi t

SDRAMIC58 64M bEffect RAM

16bi t

DB-OUT

DB-IN

USB

USBCIC76M66291G P 12.000MHz

X4

June 2006

7766

CIRCUIT BOARD ASSY 73236801 (MAIN)

View from component side

E-80

7777

View from solder side

CIRCUIT BOARD (MAIN)

E-80June 2006

77997788

CIRCUIT DIAGRAM (MAIN 1/12)

XFLRESET

XERES5V

P LLR ST

2+ 1

+D 3.3

+D 3.3

+D 3.3

+D 3.3

2- 1

D

D

D

D D

D

DD

+5D

+5D

+5D

+5D

+5D

+D 2.0

A

XERES5V

XFLRESET

XRESE T

P LLR ST

FDCR ST

3.3V

Ma ster Reset

3.3V

5V

+5V indicator(green)

+3.3V indicator(red)

02 904945

TO POWERDISTRIBUTION B.

(CN2) 02 904945 03 782423

3.3V

02 783412

3.3V

03 782423

13369541

03 784345

03 784345

IC 3G

V HC14FT(EL )

14

Q1DTC114 EU A

1

23

IC 3A

V HC14FT(EL )

1 2

RSTP 1TE STLAND1R2 S

1

C5

ECJ1 V@1(K)

PWTP 1T ESTLAND1R2 S

1

R1 RR0 816@ D1. 6k

RPC05T@J10k

D1

RB 051L-4012

R1 0

RPC05T @J680

L1 C

C1

GRM188 @

0. 1

IC 3B

V HC14FT(EL )

3 4

C1

GRM188 @

0. 1

C1 5

GRM188 @0. 1

R5

RPC05T@J1k

IC 2L2

VADJ 5

VOUT 4

GN

D3

CTRL1

VIN2

R9

RPC05T @J1k

IC3CTC )

5 6

C1 1

GRM31@10

C4

RV3- V@M- R100/25

R2

RR0 816@ D1k

C1 3

ECJ1 V@

NIUC8

GRM31@

10

C1 4

GRM188 @0. 1

IC3FV HC14FT(EL )

13 12

C1 0

EEE FK @

PWTP 2T ESTLAND1R2 S

1

LE D1TLGU1 002A<Constant >

12

IC 1PQ1C Y 1032Z P

VIN1 VOUT 2

COM

3

OADJ 4VSOFT5 R3

RR0 816@ D

10k

C3

GRM188 @

0. 1

C9

SVP@

150/6. 3

GRM1 88@0. 1

IC 3EV HC14FT(EL )

11 10

C2

RV3- V@M- R100/25

C6

EEE FK @

4

IC 4M519 53BFP-C61J

RST

6

DLY 5

VCC

GND4

NC 1

NC 2

NC 3

NC 8 SW 1EVQ 11A05R

12

CN1

B10

B-P

H-K

-S(P

B-FR

EE)

1 12 23 34 45 56 6

8 89 9

10 10

IC3DV HC14FT(EL )

9 8R6

RPC05T@J

100

R8RPC05T@J

1k

C1 2

EC J1 V@1(K)

C1 6

EC J1 V@

1(K)

LE D2TLSU1 002A

12

R4

RR0 816@ D

18k

E-80June 2006

88118800

CIRCUIT DIAGRAM (MAIN 2/12)

TXD1

AUD ATA2

XATRST

XW E3

TXD0

AUD ATA3

A UDCK

ATMS

RTS2

XAUDS YN C

FLASH VP0

A T DI

XCASL

RXD1

XCS4

XRAS3 L

TXD2

EEPSK

C K E

XW E0XW E1

XUSB DRE QXW XDREQ1

RDX WR BRD XWR

XCS5XCS6

XCS0XCS2XCS3

XW E1

AN [0 ..

PROTECT

PTE2

A N 0

A N 6

ENC_DAT A

PTE3

D A CK1

A N 1

PTE6

PTC4

PTJ5

A N

D A CK0

PTC5

TD O

A N 3A N 2

XGDB_MD

PTE1

PTJ4

A N 5

PTC6

A N 4

C K IO

ATDO

SSFMCK16M

PIT11

RXD2

AUD ATA1

XW E3XI CI OR D

BXRD

XI CI OW RXW E2

XCE2 BXCE2 A

PTD1

RXD0

SCPT 3

NM I

XCE2 BXCE2 A

PTJ1

BXW E1BX8 WE

BX8RDXW E0 BXW E0

XW E2

XCS0XCS2XCS3XCS4XCS5XCS6

CD [0 ..3 1]

XN F BSY

BEEP DO

XPCCARD_ IN T

TEST_MD1TEST_MD2XASE_MD0

BXENC _IN T

PIT10

XI OI S1 6XWAI T

XWAI T

TEST_MD0

AUD ATA 0

ATCKATMSXATRST

ATDO

XRESE T

MD5

PTJ3

XI OI S1 6

XASE_MD0

TEST_MD2

XASE_MD0

SCPT 1

XAUDS YN CAUD ATA 3

AUD ATA 1AUD ATA 2

A T DI

XAASEBRKAK

A UDCK

XRD

XW E0

C K IO

BXST B

XRDXW E0

XRD

XW E1

XBS

CTS2

IR LS 0IR LS 1

XKEY _INTBXFDC_I NT

ATCK

AUD ATA0

EEP DI

MODEL_SEL

PTD0

MULX 0MULX 1

XWSP_IN T

NM I

XUSB _IN TXW X_IN T

PTD2PTD3

PTC3PTC2

XBS

XW E1

XCS3

XAASEBRKAK

XBS

CD 29

CD 31

C D 3

CD 24

CD 20

CD

CD

C D 6CD 12

C D 2C D 1

CD 18

CD 31

C D 4

CD 10

CD 23

CD 15

CD 28

C D 5 C D 0C D 6

CD 21CD 22

CD 25

C D

C D 8

C D 8CD 14

CD 19

CD 21

C D 0

CD 19

CD 22

CD 13

C D 4

CD 23CD 23

C D

CD 20

C D 1

CD 19

CD

CD

C D 9

C D 9

CD 30

CD 15

C D 5C D 4

CD 25

CD 30

CD 18CD 16 CD 13

C D 2

CD 26

C D 9

C D 2

CD 15

C D

C D 1

CD 20

CD 23

CD 18

CD 16

CD 16

CD 12

CD 29

CD 29CD 29

CD 25

CD 30

C D 8

C D 5C D 6

CD

CD 31

CD 13

C D 3

CD 22

CD 12

C D 3

CD 14

CD 11

CD 26

CD

CD 10

CD 28

CD 21

CD 26

CD 10

CD 28

CD 24

CD 14

CD 11

CD 11

C D 0

CD 24

C A 4C K IO

XRAS3 L

CA 2

CA 4CA 5

CA11

XCASLRDX WR

CA15

XCS3

CK E

CA12

XCS3

C A 8

CA11

CA14

C A 9

XW E3

CA14

CA21 CA 9

C A

CA10

C A 6

CA24

CA22

C A 3

CA

C A 0

CA19

C A 2

C A 5

CA10

CA12

RDXW R

CA 8

CA13

CA [0 .. 24]

CA15

CA23

CA20

CA13

CA18

CA 3

CA 6

C A 1

CA16

XW E2

CA15CA14

CA 5CA 6

CA 3CA 2

CA11

CA

CA 9

CA12

CA 8

CA13

CA 4

CA10

WXFLWP0WXFLWP1

TPV CC0TPV CC1

TPG ND0TPG ND1

CD[ 0 ..3 1]

CA [0 .. 24 ]

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

D

D

D

D

D

D

D

D

D

DD D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D D

D

D

D

D

+D 3.3

+D 2.0

+D 2.0

+D 2.0

+D 2.0

+D 3.3

+D 3.3

+D 3.3

D

D

TXD2

TXD1

TXD0

BRDX WR

EEPSK

EEP DI

BXW E1BX8WE

BXRD

XI CI OW RXI CI OR D

MULX 1MULX 0

XCE2 AXCE2 B

BX8RDBXW E0

XCS0XCS2XCS3XCS4XCS5XCS6

W XCK IO

L CDC XB S

W RXR D

TPG ND0TPG ND1TPV CC0TPV CC1

FLASH VP0

XW XDACK1XUSB DACK

EEP CSAEEP CSB

L CDCCKI O

BXST B

RTS2

W SPCK IO

MULX 2BEEP

VI DEO_MOD E

RXD1RXD2

RXD0

AN [0

BEEP DO

XW X_IN TXWSP_IN T

XPCCARD_ IN TXUSB _IN T

BXFDC_I NTXKEY _INT

XWXDREQ1XUSBD RE Q

XNF BSY

XRESET

ENC_DAT A

PROTECT

BXENC_I NT

XW AITXI OI S1 6

CTS2

XCAR D_DETECT

WXFLWP0WXFLWP1

H : H - UDI OF FL : H- UDI ON

Bi g E ndian Only

GDB switc h

To H- UD I Adaptor(debug only)

R2 3RPC05 T@J100

C3 3ECJ1V @

RA43

EXB28V@J X33

1 823 64 5

C2 6GRM188@

0. 1

RA52EXB28V @J X33

1 823 64 5

C2 5

GRM31@10

RA 9EXB28V @J X33

1 823 64 5

RA29

EXB28V @J X33

1 823 64 5

C4 9GRM188@

0. 1

RA32

EXB28V @J X33

1 823 64 5

R1

RPC05T @JNIU

C4 4ECJ1V@

1(K )

CN 10

20FE- BT-VK- NNIU

11

22

33

44

55

66

88

99

1010

1111

1212

1313

1414

1515

1616

1818

1919

2020

RA16

EXB28V @J X

331 823 64 5

C5 6

0.1

C3 4ECJ1V@

RA 6EXB28V @J X 331 823 64 5

C6 1GRM188@

0. 1

EXB28V @J X331 8

23 64 5

RA12

EXBE10C@J10k

1 23456

8910

IC 6U

245

3

C6 6

0. 1

R2 1

RPC05T @J10k

C1 9

GRM188@

0. 1

R3 4RPC05T @J 2. 2k

C3 6

ECJ1V@100p

RA44

EXB28V @J X33

1 823 64 5

C3 9

NF W 3 1S @150 MHZ

R1 8

RPC05T @J10k

R1 1RPC05T @J

33

RA39

EXB28V @J X33

1 823 64 5

RA18EXB28V @J X

33

1 823 64 5

RA 5EXB28V @J X 331 823 64 5

C4 6

ECJ1V@

15p

RA48EXB28V @J X33

1 823 64 5

C5 4

0. 1

RA21EXB28V @J X

331 823 64 5

RA35

EXBE10C@J10k

123456

89 10

R3 5RPC05T @J 2. 2k

RA10EXB28V @J X33

1 823 64 5

R3RPC05T @J 2. 2k

SW2EVQ 11A05R

1 2

IC 11 A21APWR

12

45

6

IC 11B21APWR

910

1213

8

C2 4

0. 1

RA 8EXB28V @J X 331 823 64 5

R3 9RPC05T @J 2. 2k

RA 3

EXBE10C@J10k

1 23456

8910

R2 0

RPC05T @JNIU

C6 3

0. 1

R3 1RPC05T @J 2. 2k

R3 3RPC05T @J 2. 2k

RA50EXB28V @J X33

1 823 64 5

SW4 B SSSS820101

NIU

222123

EXB28V @J X33

1 823 64 5

XCST P1 T ESTL AND1R2 S1

C2 2

0. 1

C3 1GRM188@

0. 1

RA53EXB28V @J X33

1 823 64 5

RA45

EXB28V @J X10k

18

236

45

C5 2

0. 1

R2 9

RPC05T @J100

RA23EXB28V @J X

331 823 64 5

RA15EXB28V @J X

331 823 64 5

R2

RPC05T @J

33

RA40

EXB28V @J X33

1 823 64 5

RA30

EXB28V @J X33

1 823 64 5

C2 0

0. 1

C2 9GRM188@

0. 1

R4 0RPC05T @J 10k

R3 6RPC05T @J 2. 2k

RA13

EXB28V @J X10k

18

2 36

45

C5 8

GRM31@

10

R1 3

RPC05T @J

10k

TP 2T ESTL AND1R2 S1

RA26

EXB28V @J X10k

18

2 36

45

C3 2

GRM31@10

C2GRM188@

0. 1

C5 0

0. 1

IC 10LV245A-P W

DIR1

A12A23A34A45A56A6

8A89

GN

D10

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

OE19

VCC

20

C6 5

0. 1

R3 2RPC05T @J 2. 2k

R4 2RPC05T @J

10k

RA46EXB28V @J X33

1 823 64 5

EXBE10C@J10k

123456

89 10

C6 0

0. 1

C4 3GRM188@

0. 1

C4 0

NF W 3 1S @150 MHZ

C5 0. 1

R1 6 R PC05 T@ J33

R3 0RPC05T @J 2. 2k

X1MA-406@16.000MHz

14

R2 2

RPC05T @J

10k

IC 11C21APW R14

C4 5

ECJ1V@

15p

RA49EXB28V @J X33

1 823 64 5

RA 4EXB28V @J X 331 823 64 5

RA41

EXB28V @J X33

1 823 64 5

SW3 BSSSS820101

NIU

222123

C4 1

NF W 3 1S @150 MHZ

C4 8

0. 1R4 1RPC05T @J NIU

SW3 ASSSS820101

NIU

121113

RA25EXB28V @J X

10k

1 823 64 5

IC 9

M12L128168AP1 L

WE16

UDQM39

RAS18

NC40

NC36

LDQM15

CLK38CKE

CS19

CAS

A1221A1320

VSSQ 6

VSSQ 12

VSSQ 46

VSSQ 52

VDDQ 3

VDDQ 9

VDDQ 43

VDDQ 49

VDD 1

VDD 14

VDD

VSS 28

VSS 41

VSS 54

DQ15 53

DQ14 51

DQ13 50

DQ12 48

DQ11DQ10 45

DQ9 44

DQ8 4213

DQ6 11

DQ5 10

DQ4 8

DQ3DQ2 5

DQ1 4

DQ0 2

A1135

A10/AP22

A934

A83332

A631

A530

A429

A326

A225

A124

A023

IC

XIN/CLK1

XOUT2

MR

A3

VSS

4

SSO

N5

MODOUT 6

SR0

VDD

8

C5 5

0. 1

R2 8

RPC05T @J

33

RA51EXB28V @J X33

1 823 64 5

IC 8

M12L128168AP1 L

WE16

UDQM39

RAS18

NC40

NC36

LDQM15

CLK38CKE

CS19

CAS

A1221A1320

VSSQ 6

VSSQ 12

VSSQ 46

VSSQ 52

VDDQ 3

VDDQ 9

VDDQ 43

VDDQ 49

VDD 1

VDD 14

VDD

VSS 28

VSS 41

VSS 54

DQ15 53

DQ14 51

DQ13 50

DQ12 48

DQ11DQ10 45

DQ9 44

DQ8 4213

DQ6 11

DQ5 10

DQ4 8

DQ3DQ2 5

DQ1 4

DQ0 2

A1135

A10/AP22

A934

A83332

A631

A530

A429

A326

A225

A124

A023RA28

EXB28V @J X33

1 823 64 5

IC5

200MHZ

MD11

MD22

VCC-RTC 3

XTAL24

EXTAL25

VSS-RTC6

NMIIRQ0/IRL0/PTH08

IRQ1/IRL1/PTH19

IRQ2/IRL2/PTH210

IRQ3/IRL3/PTH311

IRQ4/PTH412

13

D30/PTB6 14

D29/PTB5 15

D28/PTB4 16

D26/PTB2 18

VSSQ 19

D25/PTB1 20

VCCQ 21

D24/PTB0 22

23

D22/PTA6 24

D21/PTA5 25

D20/PTA4 26

VSS

D19/PTA3 28

VCC 29

D18/PTA2 3031

D16/PTA0 32

VSSQ 33

D15 34

VCCQ 35

D14 36

D13D12 38

D11 39

D10 40

D9 41

D8 4243

D6 44

VSSQ 45

D5 46

VCCQ

D4 48

D3 49

D2 50

D1 51

D0 52

A0 53A1 54A2 55A3 56

VSSQ

A4 58

VCCQ 59

A5 60A6 61

62A8 63A9 64

A10 65A11 66A12A13 68

VSSQ 69

A14

VCCQ

A15A16

A18A19A20A21

VSS

A22 80

VCC 81

A23 82

VSSQ 83

A24 84

VCCQ 85

A25 86

BS/PK4RD88

WE0/DMLL89

WE1/DMLU/WE90

W2/DMUL/IOR/PK69192

RDWR93

94

VSSQ 95

CS0/MCS096

VCCQ

CS2/PK098

CS3/PK199

CS4/PK2100

CS5/CE1A/PK3101

CS6/CE1B102

CE2A/PTE4103

CE2B/PTE5104

CKE/PK5105

RAS3L/PTJ0106

RAS2L/PTJ1CASLL/CASL/PTJ2108

VSSQ 109

CASLH/CASU/PTJ3110

VCCQ 111

CASHL/PTJ4112

CASHH/PTJ5113

DACK0/PTD5114115

CAS2L/PTE6116

CAS2H/PTE3RAS3U/PTE2118

RAS2U/PTE1119

TDO/PTE0120

BACK121

BREQ122

WAIT123

RESETM124

PTH5/ADTRG125

126

ASEMD0/PTG6ASEBRKAK/PTG5128

PTG4129

AUDATA3/PTG3130

AUDATA2/PTG2131

VSS 132

AUDATA1/PTG1133

VCC 134

AUDATA0/PTG0135

136

TMS/PF6/PIT14TDI/PF5/PIT13138

TCK/PF4/PIT12139

IRLS3/PF3/PIT11140

IRLS2/PF2/PIT10141

IRLS1/PF1/PIT9142

IRLS0/PF0/PIT8143

MD0144

VCC-PLL1 145

CAP1146

VSS-PLL1VSS-PLL2148

CAP2149

VCC-PLL2 150

AUDCK/PTH6151

VSS 152VSS 153

VCC 154

XTAL155

EXTAL156

STATUS0/PTJ6158

159

IRQOUT160

VSSQ 161

CKIO162

VCCQ 163

TXD0/SCPT0164

SCK0/SCPT1165

TXD1/SCPT2166

SCK1/SCPT3TXD2/SCPT4168

SCK2/SCPT5169

RTS2/SCPT6RXD0/SCPT0RXD1/SCPT2

VSS

RXD2/SCPT4

VCC

MCS6/PTC6/PINT6MCS5/PTC5/PINT5MCS4/PTC4/PINT4180

VSSQ 181

WAKEUP/PTD3182

VCCQ 183

PTD2/RESETOUT184

MCS3/PTC3/PINT3185

MCS2/PTC2/PINT2186

MCS1/PTC1/PINT1MCS0/PTC0/PINT0 188

DRAK0/PTD1 189DRAK1/PTD0 190DREQ0/PTD4 191DREQ1/PTD6 192

RESETP 193CA 194

MD3 195MD4 196MD5

AVSS198

AN0/PTL0 199AN1/PTL1 200AN2/PTL2 201AN3/PTL3 202AN4/PTL4 203AN5/PTL5 204

AVCC 205

AN6/DA1/PTL6 206

AVSS208

TES T_MD2 T ESTL AND1R2 S1

C4 2

GRM188@0. 1

RA31

EXB28V @J X33

1 823 64 5

C6 2

0. 1

R1 4

RPC05T @J

10k

RA55EXB28V @J X

33

1 823 64 5

RAEXB28V @J X 331 823 64 5

TES T_MD3 T ESTL AND1R2 S1

RA38

EXBE10C@J10k

123456

89 10

TES T_MD4 T ESTL AND1R2 S1

R1 2

RPC05T @J

10k

C3 8

NF W 3 1S @150 MHZ

RA36

EXBE10C@J10k

123456

89 10

R3 8RPC05T @J 2. 2k

R2 5RPC05T @J10k

SW4A SSSS820101NIU

121113

C5 3

0. 1

R1 5RPC05T @J

33

R2 6

RPC05T @J

33

RA42

EXB28V @J X33

1 823 64 5

RA11

EXB28V @J X33

1 823 64 5

C2 3

0. 1

C3 5GRM188@

0. 1

C4

GRM31@10

R2 4RPC05T @J33

RA22EXB28V @J X

331 823 64 5

IC 12

9

D68

D5D46

D35

D24

D13

D02

OE1

LE11

12

Q6 13

Q5 14

Q4 15

Q3 16

Q2Q1 18

Q0 19

VCC

20G

ND

10

C3GRM31@

10

TP 1T ESTL AND1R2 S

1

RA19EXB28V @J X

10k

18

236

45

R1 9RPC05T @J 33

RA34

EXB28V @J X33

1 823 64 5

RA54EXB28V @J X

33

1 823 64 5

EXB28V @J X33

1 823 64 5

RA 2EXB28V @J X

10k

18

2 36

45

RA14EXBE10C@J

10k

1 23456

8910

C2 1

0. 1

C3 0GRM188@

0. 1

RA33

EXB28V @J X33

1 823 64 5

TES T_MD1 T ESTL AND1R2 S1

C6 4

0. 1

C5 1

0. 1

C5 9

0. 1

C2 8GRM188@

0. 1

RA 1EXB28V @J X

10k

18

2 36

45

TP 3T ESTL AND1R2 S

1

RA20EXBE10C@J

10k12 3 4 5 6 8 9

10

C1 8GRM188@

0. 1

RA24EXB28V @J X

331 823 64 5

E-80June 2006

88338822

CIRCUIT DIAGRAM (MAIN 3/12)

BA1 0

BA1 4

BA9

BA0

BA1 3

BA1 1BA1 2

BA3

BA1 4

BA1 0

BA4

BA6

BA1 5

BA2

BA8

BA1

BA8

BA3

BA1 1BA1 2

BA2

BA0

BA5

BA1 3

BA6

BA4

BA9

BA1

BA5

BA1 5

BA1 6

BA1 9

BA1

BA2 0

BA1 8

BA2 2BA2 3

MI DI _I N

SUBCPU_RXDSUBC PU_TX D

BA2 1 BA21

BA16

BA19BA20

BA18

BA23BA22

XCS0

XCS2

XCS5XCS6

XCE2 A

XCS4

XCE2 B

XCS6

XCS5

CA24CA23

CA23CA24

XCE1AB

XMUT E

BD 0BD 1BD 2

XRE SET

XCSI O CNTL

BX8 WE

BD 3

DI SP _O NXAKPDN

IO CT 2

XCS2

XCS0

XCS4

XCS5

XCS6

XCS3

XWAI T

XI CI OR DW R XR D

TX D0

XCS3

XCE2AB

XCS0XCS2

XCS4XCS5XCS6

XERES5 V

HA RM ON Y_ RX D

GDB_ RT S

SUBC PU_TX D

BD 5

BD 9BD10

BD 8

BD 6

BD 2BD 3

BD [0.. 15]

BD

BD12

BD 9

BD

BD 5

BD14

BD 4

BD 6

BD15

BD13

BD10

BD 0

BD11

BD 4

BD11

BD 2

BD12

BD 1

BD 8

BD 3

BD13

BD 0

BD14BD15

BD 1

HARMON Y_ TX D

TX D1

EN C_ B

MI DI _I N

MI DI_OUT MI DI_OUT

XERES5 V

CA21

CA 6

CA 1

CA24

CA21

CA12

XW XCS1 6

CA 0

CA13

CA 8

BXST B

CA 2

CA

CA16

XCSU SBC

CA24

CA20

CA 9

CA14

CA23

CA22

CA22

XCS4XCS KSM

XCSI O CNT L

CA22

CA 3

CA18

CA20

XW XCS3 2

CA10

CA23

CA24

CA19

CA23

XCS6

CA 5

XCS5

CA 4

XCS2

CA11

XCSD EBUG

CA15

XCS0

CA23

XWSPCS

CA [0.. 24]

C D 0

CD 14

C D 3

C D 5C D 6

CD 15

C D 2

CD 11

C D 1

CD 13

C D 9

CD 12

CD 10

C D 4

C D 8

C D

RTS2GDB_TX DTX D2

SUBCPU_RXD

EN C_ A

GDB_ CT SENC_DA TA

RXD0RXD1

CTS2RXD2

BXENC _IN T

GDB_ RXD

XMUT E

XCE2 A

XCE2 B

XC SFDC

XCSNAND DATAXCSNANDCN TL

XCSPCCT L

ABOE

ABOE

IO CT 2

BA [0.. 23]

CD[ 0 ..3 1]BD [0 .. 15]

CA [0 .. 24]

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

D

D

D

D

D

D

D

D

D

D

D

D

D

D D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

+5D

+5D

+5D

+5D+D 3.3

RXD1RXD0

XMUT EXAKPDNDI SP _O N

BXENC _IN T

XCARD_ SELECT

XCE1AB

XCE2AB

XW AIT

XWSPCSXW XCS3 2

XCSKSMXCSU SBC

XCSLCDC

XCSDE BUG

XW XCS1 6

XCSNORFLAS H

ENC_DA TACTS2RXD2

GDB_TX DGDB_ RT S

HARM ON Y_ RX D

XC SFDC

XCSNAND DAT A

XCSPCCT L

XCSNANDCN TL

EN C_ BEN C_ A

XERES5 V

XCE2 AXCE2 B

XRE SET

BX8 WE

XCS2

XCS3

XCS0

XCS4

XCS5

XCS6

XLC DWAI T

XW XW AIT

XPCCARDW AIT

TXD0

XI CI OR DW R XR D

XWSPWAI T

BXST B

RTS2

TXD1TXD2

GDB_ RXDGDB_ CT S

HARMON Y_ TX D

MIDI B.

Harmony B.

TO

(CN7)

(CN5)

TO

Data Buffers

3.3V 5V

3.3V5V

Wr ite: H: A -> BRead: L: B -> A

Address Bu ffers

IC 15

LV245A-P W

DIR1

A12A23A34A45A56A6

8A89

GN

D10

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

OE19

VCC

20

6GRM188@

0. 1

C8 1

GRM188@0. 1

EXB28V @J X10k

1 823 64 5

IC 13B

21APWR

910

1213

8

IC 20 A08APWR

1

23

IC 22C139FT

VCC

16

GN

D8

L4 N20 12Z601T02

IC 25U

1

24

53

C8 3GRM188@

0. 1

RA66EXB28V @J X

33

1 823 64 5

IC 23138FT

C3

B2

A1

G2B5

G2A4

G16

Y6 9

Y5 10

Y4 11

Y3 12

Y2 13

Y1 14

Y0 15

VCC

16G

ND

8

IC 26

D413

D312

D25

D14

CLR1

CK9

4Q 15

3Q 10

2Q1Q 2

4Q 14

3Q 11

2Q 6

1Q 3

VCC

16G

ND

8

XCST P6 T ESTL AND1R2 S1

RA65EXB28V @J X

33

1 823 64 5

XWAIT1T ESTL AND1R2 S

1

3GRM188@0. 1

IC 21B139FT

B13

A14

G15

Y3 9

Y2 10

Y1 11

Y0 12

IC 13 A21APWR

12

45

6

RA81

EXB28V @J X10k

18

236

45

IC 19

9

D68

D5D46

D35

D24

D13

D02

OE1

LE11

12

Q6 13

Q5 14

Q4 15

Q3 16

Q2Q1 18

Q0 19

VCC

20G

ND

10

IC 20B08APWR

4

56

EXB28V @J X10k

1 823 64 5

IC 24138FT

C3

B2

A1

G2B5

G2A4

G16

Y6 9

Y5 10

Y4 11

Y3 12

Y2 13

Y1 14

Y0 15

VCC

16G

ND

8

EXB28V @J X33

1 823 64 5

R4 3

RPC05T @J

33

GRM188@0. 1

CN15

B08B-PH-SM3-TB

11

22

33

44

55

66

88

R4 5

RPC05T @J

33

RA63EXB28V @J X

10k

1 823 64 5

IC 28

VHCT245AFT

A898

A6A56

A45

A34

A23

A12

G19

DIR1

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

VCC

20G

ND

10

EXB28V @J X10k

1 823 64 5

IC 14C21APWR

14

IC 21 A139FT

B3

A2

G1

Y3Y2 6

Y1 5

Y0 4

EXB28V @J X33

1 823 64 5

IC 20E08APWR14

XCST P5 T ESTL AND1R2 S1

RA61EXB28V @J X

10k

1 823 64 5

RA62EXB28V @J X

10k

1 823 64 5

0GRM188@

0. 1

EXB28V @J X10k

1 823 64 5

L6 N20 12Z601T02

IC 18

9

D68

D5D46

D35

D24

D13

D02

OE1

LE11

12

Q6 13

Q5 14

Q4 15

Q3 16

Q2Q1 18

Q0 19

VCC

20G

ND

10

EXB28V @J X33

1 823 64 5

9GRM188@

0. 1

IC 16

LV245A-P W

DIR1

A12A23A34A45A56A6

8A89

GN

D10

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

OE19

VCC

20

EXB28V @J X10k

1 823 64 5

C8 2

GRM188@0. 1

R4

RPC05T @J

33

L9 N20 12Z601T02

IC 20C08APWR

9

108

EXB28V @J X

10k

18

2 36

45

C N 3

53014-0510

11

22

33

44

55

C8 0GRM188@

0. 1

RA58EXB28V @J X

33

1 823 64 5

TP5T ESTL AND1R2 S 1

R4 6

RPC05T @J

33

R4 4

RPC05T @J

33

EXB28V @J X

10k

18

2 36

45

L3 N20 12Z601T02

R4 9RPC05T @J

33

RA69EXB28V @J X

33

1 823 64 5

EXB28V @J X33

1 823 64 5

L2 N20 12Z601T02

XCST P4 T ESTL AND1R2 S1

L5 N20 12Z601T02

XCST P3 T ESTL AND1R2 S1

RA60EXB28V @J X

10k

1 823 64 5

IC

4LV245A-P W

DIR1

A12A23A34A45A56A6

8A89

GN

D10

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

OE19

VCC

20

C6 9GRM188@

0. 1

RA80EXB28V @J X

33

1 823 64 5

IC 22 A139FT

B3

A2

G1

Y3Y2 6

Y1 5

Y0 4

R4 8

RPC05T @J10k

RA68EXB28V @J X

33

1 823 64 5

IC 22B139FT

B13

A14

G15

Y3 9

Y2 10

Y1 11

Y0 12

XCST P2 T ESTL AND1R2 S1

4GRM188@0. 1

RA59EXB28V @J X

33

1 823 64 5

L8 N20 12Z601T02

IC 13C21APWR

14

8GRM188@

0. 1

R5 1

RPC05T @J10k

IC 20D08APW R

12

1311 2

GRM188@0. 1

TP4 T ESTL AND1R2 S1

RA56EXB28V @J X

33

1 823 64 5

RA82EXB28V @J X

33

1 823 64 5

1GRM188@

0. 1

5GRM188@

0. 1

RA64EXB28V @J X

33

1 823 64 5

C6GRM188@

0. 1

IC 14 A21APWR

12

45

6

EXB28V @J X10k

1 823 64 5

N20 12Z601T02

IC

9

D68

D5D46

D35

D24

D13

D02

OE1

LE11

12

Q6 13

Q5 14

Q4 15

Q3 16

Q2Q1 18

Q0 19

VCC

20G

ND

10

IC 14B

21APWR

910

1213

8

C6 8GRM188@

0. 1

RA84EXB28V @J X

33

1 823 64 5

R5 0

RPC05T @J

33

RA83EXB28V @J X

33

1 823 64 5

IC 21C139FT

VCC

16

GN

D8

E-80June 2006

88558844

T P Y

TP X

ADMUX1

MODULAT IO N

ADMUX2

AD_RESER VE

DSEL 2

FDC_ IN T

STEP

DI RECT IO N

DR IV E_SEL

W R ITE_GAT E

SD1_ SEL

READ_D AT A

T RA CK_00

W R IT E_ DAT A

INDE X

5V24MHz

I NUS E

HDS TDR IV E_SELINDE X

T RA CK_00W R IT E_ PRTREAD_D AT ADI SK _CHANG E

MOTOR_ON

DI SK _CHANG E

W R IT E_ DAT AREAD_D AT A

DI RECT IO NSD1_ SEL

DI SK _CHANG ESTEP

INDE X

T RA CK_00

W R ITE_GAT E

W R IT E_ PRT W R IT E_ PRT

BD [0.. 15]

DR IV E_SEL

MOTOR_ON

BA [0.. 23]

DSEL 3

KS RDBR 8

MK1 6

BR 6

T6

XRE SET

T5

T1T2

BR 5

MK9

MK2

BR 4

MK1 0

MK4

MK1

BR 0

BR 3

BR10

BR 2

MK3

MK8

BR

BR 9

MK6

MK5

BR 2

T0

MK3

MK1BR 0

BR 3

MK2

MK0

T3T4

BR 1

BR 1

T6

T0

T3T4

BR11

T1T2

MK1 1

T5

T6

T0

T3

BR12MK1 2

T4T5

T1T2

3V12MHz

MK1 3BR13

MK1 4BR14

MK1 5BR15

KSI NT

BR16

MK1

BA[0 .. 23]

MK4BR 4

BR 8

BR 5

MK9

MK5

BR 6

BR 9

BR

DSEL 0

ADSE L0

ADSE L1

MULX 2

BEN DE R

ADSE L1

ADSE L2

MULX 1

BUZZE R

MULX 0

ADSE L0

AD_RESER VE

ADMUX1ADMUX2

ADSE L2

MODULAT IO N

AFTERTOUCH

T6

T0

T3T4T5

T1T2

MK4BR 4

BR 5MK6

MK5

BR 6

BR

5V24MHz

5V24 CK

3V12MHz

BEN DE R

AN [0..

AN 3

AN 0

AN 4

AN 6

AN 2

AN

AN 5

AN 1

BEEP

BD14

F D CD 3

BD 4

F D CD 4

BD 9

BD 5

BD 2

BD15

BD11

BD 3

BD 1

BD 8

F D CD 6

BD [0 .. 15]

BD10

BD 2

BD 6BD

F D CD 2

BD 0

F D CD 5

BD 3

F D CD 1

F D CD

BD13

BD 5

BD 0

BD 6

BD 4

F D CD 0

BD

BD12

BD 1

XERES5 V

BA1BA0

BA2

BA1 KSBA1

KSBA1

KSI NT

KSC S

KSC SKS RD

XC SFDCBX8RDBX8 WE

T6

T0

T3T4T5

T1T2

MK10BR10

MK4BR 4

MK0BR 0

MK3

BR 1MK2

MK1

BR 2

BR 3

MK0

MK8

MK6

BA [0.. 23]

BA [0.. 23]

BD [0 .. 15]

BD [0 .. 15]+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

2+ 1

2+ 1

+D 3.3

+D 3.3

+ D3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

2- 1

D

D

D

D

D

D

D

D

D

DD

D

D

D

D D

D

D

D

D

D

D

D

D

D

D

DD

DD

DD

DD

DD

DD

D

D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

D

D D

AN [0

BXFDC_I NT

XKEY _INT

EN C_ BEN C_ A

T P Y

TP X

BX8RD

FDCR ST

XC SFDCB RD XWR

BX8 WE

XCS KSM

BXRD

XRE SET

BEEP

MULX 2

XERES5 V

MULX 1

MULX 0

3.3V

5V3.3V

5V

3.3V

TOAftertouch B.

(CN1)

TOBounce B.

(CN2)

TOKeyboard

(CN1)

TOJACK B.

(CN1)

TO

TO FDD

Keyboard(CN2)

5V

IC 30EVHCT08AFT

<C onstant>

14

L18 N20 12Z601T02

<C onstant>

C14

1EC

J1V@

C130

ECJ1V@

18p

C N

1-215

<C ons tant>

11

22

33

44

55

66

88 9 910 1011 1112 1213 1314 1415 1516 16

IC 33 AU

<C onstant>

D2

CK1

Q 5

Q 3

PRCR

6

C88 GRM188@0. 1

DA 5(TX )

<C onstant>

21

3

DA 6(TX )

<C onstant>

21

3

C N 6

B03B-PH-SM3-TB

<C ons tant>

11

22

33

R5 3

RPC05T @JNIU

L10 N20 12Z601T02

<C onstant>

2RP

C05

T@

JN

IUC123

GRM188@

0. 1

4RP

C05

T@

JN

IU

R8 1 R PC05 T@ J10 k

C13

9EC

J1V@

IC 30D VHCT08AFT

<C onstant>

12

1311

IC 33B

U

<C onstant>

VCC

8

GN

D4

C9

0EC

J1V@

22p

RA21 0EXB28V @J X

331823645

C10

3EC

J1V@

22p

L14 N20 12Z601T02

>

C10

8EC

J1V@

22pR6 2

RPC05T @J1k

R5

RPC05T @J8.2k

3RP

C05

T@

JN

IUN1608Z@T0 11000

IC 35U

<C ons tant>

24

53

R8 9RPC05 T@J

1M

IC 34DTC HU04F U

<C onstant>

84

N20 12Z601T02

IC 32

4LV245A-P W

<C onstant>

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

IC 30C VHCT08AFT

<C onstant>

9

108

1RP

C05

T@

J

0

RA20 8EXB28V @J X

33

1823645

C9

6EC

J1V@

22p

R5 2

RPC05T @J0

C13

4EC

J1V@

C112GRM31@

10

R9 2RPC05T @J

68

C10

2EC

J1V@

22p

C9

3EC

J1V@

22p

C13

1EC

J1V@

0RP

C05

T@

J

0

C89 GRM188@0. 1

IC 30B VHCT08AFT

<C onstant>

4

56

R6 9

RPC05T @J1.8k

C13

2EC

J1V@R9 0

RPC05T @J

C121

GRM188@

0. 1

C8 4GRM188@ 0. 1

C11

1EC

J1V@

22p

R8 8

RPC05T @J

33

L19 N20 12Z601T02

C39

4EC

J1V@

22p

C10

9EC

J1V@

22p

C119

GRM188@0. 1

GRM188@0. 1

L30 N1608Z@T0 11000

C128

GRM188@0. 1

L24 N1608Z@T0 11000

DA(TX )

<C onstant>

21

3

R6 4RPC05T @J

1k

R8 5 R PC05 T@ J10 k

C9

2EC

J1V@

22p

GRM188@

0. 1

C122

GRM188@

0. 1

L21 N20 12Z601T02

<C onstant>

EXBE10C@J10 k

123456

89 10

L31 N1608Z@T0 11000

C N 5

4-6002FL

<C onstant>

11

22

33

44

55

66

88

99

1010

1111

1212

1313

1414

1515

1616

1818

1919

2020

2121

2222

2323

2424

2525

2626

2828

2929

3030

3131

3232

3333

3434

R6 3

RPC05T @J1.8k

C9

5EC

J1V@

22p

C13

3EC

J1V@

C129

ECJ1V@

18p

IC 34 ATC HU04F U

<C onstant>

1

RA85

EXB28V @J X10 k

1 823 64 5

R6 0RPC05T @J

1k

C9

4EC

J1V@

22p

C11

0EC

J1V@

22p

DA 1(TX )

<C onstant>

21

3

RA90

EXB28V @J X1k

1 823 64 5

IC 34BTC HU04F U

<C onstant>

3 5

R6 5

RPC05T @J1.8k

C39

6EC

J1V@

22p

L13 N20 12Z601T02

DA 3(TX )

<C onstant>

21

3

R6 6RPC05T @J

1k

DA 2(TX )

<C onstant>

21

3

R5 8RPC05T @J

1k

R8 0RPC05T @J 10 k

C125

GRM188@

0. 1

C10

0EC

J1V@

22p

CN 11

B14B-PH-SM3-TB

<C ons tant>

11

22

33

44

55

66

88

99

1010

1111

1212

1313

1414

C9 9

ECJ1V@100p

L22 N1608Z@T0 11000

C8 6GRM188@ 0. 1

L33 N1608Z@T0 11000

DA 4(TX )

<C onstant>

21

3

C10

5EC

J1V@

22p

L26 N1608Z@T0 11000

R5 4RPC05T @J

1k

L16 N20 12Z601T02

C9

ECJ1

V@22

p

C13

5EC

J1V@

IC 34CTC HU04F U

<C onstant>

6 2

C N 8

1-215

11

22

33

44

55

66

88 9 910 1011 1112 1213 1314 1415 1516 16

R5 6RPC05T @J

1.5k

CEC

J1V@

C113GRM188@

0.1

L15 N20 12Z601T02

C8GRM31@ 10

L32 N1608Z@T0 11000

CN 222-215

NIU

11

22

33

44

55

66

88

99

1010 11 1112 1213 1314 1415 1516 16

18 1819 1920 20

C9

1EC

J1V@

22p

RA86

EXBE10C@J10 k

123456

89 10

L23 N1608Z@T0 11000

R8RPC05T @J

100

C126

GRM188@

0. 1C114GRM188@

0.1

C13

6EC

J1V@

C9 8ECJ1V@

100p

RA89

EXBE10C@J10 k

123456

89 10

5RP

C05

T@

J

0

R9 1RPC05T @J

68

C39

5EC

J1V@

22p

C8 5GRM31@ 10

R6

RPC05T @J1.8k

CEC

J1V@

22p

C14

0EC

J1V@

C115GRM188@

0. 1

L11 N20 12Z601T02

L29 N1608Z@T0 11000

IC 30 A T VHCT08AFT

<C onstant>

1

23

R8 3 R PC05 T@ J10 k

X2MA-406@24.000MHz 1 4

9RPC05T @J 1k

C124

GRM188@

0. 1

R9 3RPC05T @J

68

IC31

FD C

<C ons tant>

DACK1

D02D13D24D35

VSS

6VC

C

D48D59D610

11

VCC

12

IRQ13

TC14

TRK0 15

INDEX 16

WRTPRT

VSS

18

VCC

19

DSKCHG 20

RDATA 21

DRVDEN0 22DRVDEN1 23

DENSEL 24

MEDIA-ID0 25MEDIA-ID1 26

WDATA

WGATE 28

HDSEL 29

VSS

30

STEP 31

VCC

32

DIR 33

MTR1/IDLE 34

DS1/PD 35

MTR0 36

DS0

RESET38

X239

X140

VSS

41

A242

A143

A044

CS45

IOR46IOW

DRQ48

CN 12

B04B-PH-SM3-TB

<C ons tant>

11

22

33

44

R5 5

RPC05T @J1.8k

C 118GRM188@

0. 1

R5 9

RPC05T @J1.8k

R8 6

RPC05T @J

10 K

C13

8EC

J1V@

R6 8RPC05T @J

1k

C10

1EC

J1V@

22p

6RP

C05

T@

J

0

C10

4EC

J1V@

22p

C39

3EC

J1V@

22p

C N92-215

NIU

11

22

33

44

55

66

88

99

1010 11 1112 1213 1314 1415 1516 16

18 1819 1920 20

8

RPC05T @J

100

IC29

SLAC02AF2H(KSM)

<C ons tant>

D083D184D285D386D4D588D689

90D892D993D1094D1195D1296D13D1498D1599

A1

SMOD

PR0 3

CKCT165CKCT266CKCT3CKCT468CKCT569CKCT6

POLA

PR1 5

CLKIN61

PR2

TXEN

2KBD2MASK

INT80CSRD81

PR3 9

PR4 11

PR5 13

PR6 15

28

PR8 30

CKCT064

PR9 32

PR10 34

PR11 36

PR12 38

TEST062

RST

PR13 40

PR14 52

PR15 54

PR16 56

58

SC0 4

SC1 6

SC2 8

SC3 10

SC4 12

SC5 14

SC6 16

29

SC8 31

SC9 33

SC10 35

SC11

SC12 39

SC13 41

SC14 53

SC15 55

SC16

59

T0T1 18T2 19T3 20T4 21T5 22T6 23

24T8 42T9 43

T10 44T11 45T12 46T13T14 48T15 49

HVD

D82

LVSS

60

HVD

D1

HVD

D26

HVD

D51

LVSS

VSS

100

VSS

91

TXD

VSS

50VS

S25

LVD

DLV

DD

63

L28 N1608Z@T0 11000

R8 2 R PC05 T@ J10 k

DA 8(TX )

<C onstant>

21

3

R6 1

RPC05T @J1.8k

L12 N20 12Z601T02

RA88

EXBE10C@J10 k

123456

89 10

L25 N1608Z@T0 11000

L20 N20 12Z601T02

C10

6EC

J1V@

22p

R8 4 R PC05 T@ J10 kC120

GRM188@

0. 1

C116GRM188@

0. 1

CIRCUIT DIAGRAM (MAIN 4/12)

E-80June 2006

88778866XE

RAS

41

W XSY SC KO

29 33 34 28 4F

49 4B 48

ED4

ED1

ED0

66 63 5F

60 61 62 64 5E 65 68 69

80 81

59

XECS

XECA

SXE

WE

D C K

8D

90 8C

9G918F

8E

D C K

35 23302B312A

ED3

ED2

ED1

BA

2B

A1

BA

4

BA

3B

A5

BA

10

BA

6

BA

11

BA

9

36 4E 4D

4C

4A 5A 5C

56 54 53 51 50 52 55 5B 58

BA

12B

A13

BA

8B

A

9AFE9D

9C

94 9B9E 9FFF

959293 9896 99

FX

SEN

D5

FX

SEN

D4

FX

SEN

D2

FX

SEN

D0

FX

SEN

D1

FX SE ND[ 0..5 ]

FX

SEN

D3

FX

SEN

DC

K

W X SY NC

83 84 85 868889 8A8B

WA

21

WA

8

WA

20

WA

4

WA

1

25 26

WA

3

WA

24W

A24

24

WA

15

WA

6

WA

22

WA

16

WA

WA

2

WA

13

WA

11

WA

12

WA

14

WA

19

WA

5

WA

WA

23

WA

18

3820 392C

322221 2D

3F

WA

9W

A10

2F

2E 4544 3A 463D

40

655B

9D

8A86

4B4421

8C

81

WX

CLK

42392A22

928D

31 61

9A89

41332B28 665E5C

FF

939G

433225

WXCL K

5D

58493E3026 504E3C

34 62

9485

4F

4A4845

9E9C

8882

52 59

918F

462D

20 644D

3B2423 6355

83 98

35 68

FXRE

TN1

96

513F

5A54

84

56

908E80

FX

RET

NCK

4C

3D

38362F

2E 5F

53

FE9F

99

2C

6960

9B958B

4029

ED9

ED

11ED

11

ED6

ED8

ED

12E

D13

ED

14

ED9

ED

15ED8

ED

10ED3

ED6ED

10

ED5

ED5

ED4ED

2

ED0

FX RETN [0..5 ]

FXRE

TN5

FXRE

TN0

FXRE

TN4

FXRE

TN3

FXRE

TN2

EA8

EA13

EA

EA2

EA10

EA6

EA10

EA12

EA1

EA11

EA0

EA8

EA4

EA4

EA3

EA0

EA11

EA5

EA4

EAEA10

EA9

EA5

EA13

EA3

EA9

EA3

EA2

EA [0 ..1 3]ED [0.. 15]

EA6

EA11

EA12

EA9

EA8

EA12

EA6

EA1

EA2

EA0

EA5

EA1

EAEA13

WD

2W

D1

WD

9

WD

8

WD

13

WD

11W

DW

D12

WD

843

WD

9

WD

0

WD

2

WD

3

WD

0

WD

6

WD

12

WD

6

3B

WD

11

WD

4

WD

15

WD

3

WD

14

WD

13

WD

15

WD

542

WD

10

WD

1

WD

5W

D14

3E

WD

WD

10

WD

43

C

BD

6

BD

9

BD

4

BD

12

BD

15

BD

8

BD

3

BD

10

BD

5

BD

14

BD

1

BD

11

BD

2

BD

13

BD

0

BA [0.. 23]

BD [0 .. 15]

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

5.+D 1

5.+D 1

5.+D 1

5.+D 1

5.+D 1

+D 3.3

DD

D

D

D

D

D

D

D

D

D

D

D

D

D

D

DD

+D 3.3

W D [0.. 15]

WXSDO2WXSDO0

XWO

E

W A [1.. 24]

WXSDO1

FXSE ND[ 0..5 ]

F XSENDC K

XW

CS0

W XSY SC KO

XW

CS1

XW

CS2

XW

CS3

W X SY NC

XW

CS4

XW

CS5

XW

CS6

XW

XW XDREQ1

XRE SET

BXW E1BXRD

FX RETN [0..5 ]

FXRET NCK

XW XW AITXW X_ INT

XW XDACK1W X CK IO

XW XCS1 6XW XCS3 2

WXSDI 3

PLLRST

WXSDI 5

WXLRCKWXBCKWX MC LK

XW

WE

WXSDO4

(M IX OUT )

(D IR OUT)

(M ET RO OUT )

(H ARM IN )

WX

(M AR M OUT )

500mA regulator

(A UX IN )

C20

4G

RM18

8@

0. 1

C19

9G

RM18

8@

0. 1

R103RPC05T @J

100

RA13 5EXB28V @J X 33

18

2 36

45

C210

ECJ1V@

100p

R11

0

RPC

05T

@J 10k

RA14 1EXB28V @J X 331 823 64 5

RA21 1EXB28V @J X

33

18

2 36

45

C18

9G

RM

188

@

0. 1

RA11

EXB28V @J X

33

18

2 36

45

RA13 0EXB28V @J X

33

18

2 36

45

RA11 2EXB28V @J X

33 18

2 36

45

RA96EXB28V @J X

10k

18

236

45

C18

0G

RM

188

@

0. 1

RA13

4

EXB28V @J X

33

18

2 36

45

RA10 4EXB28V @J X

10k18

2 36

45

R10

9

RPC

05T

@J 33

C148 GRM188@

0. 1

R114RPC05T @J

100

C19

4G

RM18

8@

0. 1

C15

3G

RM

188

@

0. 1

C143 GRM188@

0. 1

C209GRM188@

0. 1

RA13 9EXB28V @J X

10k

1823645

C18

4G

RM

188

@

0. 1

R11

3

RPC05T @J

33R119

RPC05T @J

RA98EXB28V @J X

10k

18

236

45

RA10

6

EXB

28V@

JX

33

18

2 36

45

RA12 5EXB28V @J X

10k

18

2 36

45

C149 ECJ1V@

NIU

C20

3G

RM18

8@

0. 1

C19

8G

RM18

8@

0. 1

C212

ECJ1V@

22p

R115

RPC05T @J

NIU

C151

GRM31@10

C144 GRM188@

0. 1

RA10 8EXB28V @J X

33

18

2 36

45

RA

95EX

B28

V@J

X 10k

1 823 64 5

C16 3

GRM31@10

C18

8G

RM

188

@

0. 1

R9

8

RPC

05T

@J

33

RA12 4EXB28V @J X

33

18

236

45

X3

MA-406@

16. 9344 MHZ

1 4

R10

0

RPC

05T

@J

10K

RA12EXB28V @J X

10k

18

2 36

45

CG

RM18

8@

0. 1

CG

RM

188

@

0. 1

RA92EXB28V @J X

10K

18

236

45

R9

9

RPC

05T

@J

33

R9 PC05 T@ J33

RA10 3EXB28V @J X

10k

18

2 36

45

CG

RM

188

@

0. 1

R102 RPC05T @J33

RA13EXB28V @J X 33 18

2 36

45

RA9410k

18

236

45

C19

3G

RM18

8@

0. 1

R11

2

RPC

05T

@J 33

IC 39CTC HU04F U

<C ons tant>

6 2

R10

8

RPC

05T

@J

10K

C16

2G

RM

188

@

0. 1

CG

RM

188

@

0. 1

RA13

3

EXB28V @J X

33

18

2 36

45

GRM188@

0. 1

EXB28V @J X10k

18

236

45

RA13 1EXB28V @J X

33

18

2 36

45

6

GRM31 @10

C18

3G

RM

188

@

0. 1

C16

1G

RM

188

@

0. 1

R104

RPC05T @J

68

CG

RM

188

@

0. 1

C214

GRM188@

0. 1

C208

GRM188@

0. 1

R11

1

RPC

05T

@J 10k

C20

2G

RM18

8@

0. 1

CG

RM18

8@

0. 1

C16

0G

RM

188

@

0. 1

RA12 2

EXB28V @J X

33

18

2 36

45

IC 39BTC HU04F U

<C ons tant>

3 5

R9

4R

R08

16@

D

68k

CG

RM

188

@

0. 1

R9

6R

R08

16@

D

1k

CG

RM

188

@

0. 1

R118RPC05 T@J

68

IC38T6 TV2TBG-0002

<C ons tant>

DD

31

AD

26

DD

30

AE

26

DD

29

AD

25

DD

28

AE

25

DD

2A

F25

DD

26

AE

24

DD

25

AF

24

DD

24

AD

23

DD

23

AE

23

DD

22

AF

23

DD

21

AE

22

DD

20

AF

22

DD

19

AD

21

DD

18

AE

21

DD

1A

F21

DD

16

AE

20

DD

15

AD

8

DD

14

AE

8

DD

13

AF

8

DD

12

AE

DD

11

AF

DD

10

AE

5

DD

9A

F5

DD

8A

E6

AD

5

DD

6A

D6

DD

5A

D4

DD

4A

E4

DD

3A

F4

DD

2A

E3

DD

0A

F2

DD

1A

F3

WA

25A

B4

WA

24A

E1

WA

23A

C2

WA

22A

C1

WA

21A

B3

WA

20A

B2

WA

19A

A2

WA

18R4

WA

T3

WA

16U

1

WA

15W

1

WA

14V3

WA

13W

3

WA

12W

2

WA

11A

A1

WA

10A

A4

WA

9A

A3

WA

8W

4

WA

V4

WA

6Y2

WA

5V2

WA

4U

2

WA

3T4

WA

2T1

WA

1R3

WD

15P1

WD

14N

1

WD

13L4

WD

12K1

WD

11J2

WD

10K2

WD

9M

1

WD

8N

2

WD

N3

WD

6M

2

WD

5L2

WD

4J4

WD

3J3

WD

2L3

WD

1M

3

WD

0N

4

WC

E1

WC

S6G

1

WC

S5G

2

WC

S4F2

WC

S3H

1

WC

S2H

4

WC

S1J1

WC

S0H

3

WB

AC

KA

D2

DA

12A

E18

DA

11A

F18

DA

10A

E16

DA

9A

F16

DA

8A

D15

DA

AE

15

DA

6A

E14

DA

5A

F14

DA

4A

C13

DA

3A

D13

DA

2A

F13

DA

1A

C12

DA

0A

D12

DCS

1A

C11

DCS

0A

D11

DCK

E1A

E19

DCK

E0A

F19

DCK

AC

25

VDDSB2VDDSVDDSB10VDDSD12VDDSC13VDDSA16VDDSC20VDDSB25VDDSG24VDDSN24VDDST26VDDSY24VDDSAC24VDDSAD22VDDSAD20VDDSAD18VDDSAD16VDDSAD14VDDSAE12VDDSAC9VDDSVDDSAE2VDDSY3VDDSV1VDDSP3VDDSL1VDDSG3VDDSJ26

VDDCC3VDDCC10VDDC

VDDCA21

VDDCC24

VDDCK24

VDDCU24VDDCY25

VDDCAD24

VDDC

VDDCAF15

VDDCAD10

VDDCAF6

VDDCAD3

VDDCAB1

VDDCU3

VDDCP2

VDDCK3

VDDCF1

TRC

KO

C19

TRC

KI

C21

TES

T3

AF

26

CD9

A2

5

SDD

16

SD6

C16

SD5

B16

SD4

B1

SD3

C18

SD2

A1

SD1

D1

8

SD0

B18

SCK2

C14

SCK1

B14

SCK0

A1

4

VSS D4VSS A3VSSVSSVSS D10VSS D11VSS D13VSS D15VSSVSS B19VSS D20VSS C22VSS D23VSS C26VSS G23VSS G26VSS K23VSS L25VSS N23VSS P23VSS T23VSS U23VSS V26VSS Y23VSS AA23VSS AB23VSS AC23VSS AC22VSS AC21VSS AC20VSS AC19VSS AC18VSSVSS AC16VSS AC15VSS AC14VSS AE13VSS AF12VSS AC10VSS AE9VSS AC8VSSVSS AC6VSS AC5VSS AC4VSS AD1VSS Y4VSS Y1VSS U4VSS T2VSS P4VSS M4VSS K4VSS H2VSS G4VSS D2

CWR

M26

CKI

A1

0

VDDCA5

VDDCE26

DW

E1A

E10

DW

E0A

F10

DRA

S1

AE

11

DRA

S0

AF

11

DQ

M1

AF

20

DQ

M0

AD

19

WW

ER1

WO

ER2

EA11

B3

EA13

D5

EA12

A2

ECA

SA

4ER

AS

B4

EWE

D6

DBA

1A

E

DBA

0A

F

DCA

S1

AD

9

DCA

S0

AF

9

CA13

M24

CA12

M23

CA11

L26

CA10

L24

CA9

L23

CA8

K26

CAK2

5

CA6

J25

CA5

H2

6

CA4

J24

CA3

H2

5

CA2

G2

5

CA1

J23

CD3

1A

A24

CD3

0A

A25

CD2

9Y2

6

CD2

8W

25

CD2

W2

4

CD2

6V2

4

CD2

5U

25

CD2

4T2

4

CD2

3T2

5

CD2

2U

26

CD2

1V2

3

CD2

0V2

5

CD1

9W

23

CD1

8W

26

CD1

AB

26

CD1

6A

A26

CD1

5F2

5

CD1

4F2

6

CD1

3F2

4

CD1

2F2

3

CD1

1C2

5

CD1

0B2

6

CD8

B24

H2

4

CD6

H2

3

CD5

E25

CD4

D2

6

CD3

D2

5

CD2

E24

CD1

E23

CD0

D2

4

CS32

N2

6

CS16

N2

5

CRD

M25

WA

ITA

B24

INT

AB

25

DM

AST

BP2

6

DM

ARS

TA

C26

DRE

Q1

R25

DRE

Q0

R26

DA

CK1

R23

DA

CK0

R24

CCKI

NP2

4

TRS5

A2

2

TRS4

B20

TRS3

B21

TRS2

A1

9

TRS1

A2

0

TRS0

D1

9

TRR

5D

22

TRR

4C2

3

TRR

3B2

2

TRR

2A

23

TRR

1B2

3

TRR

0D

21

WC

K2B1

3

WC

K1A

13

WC

K0D

14

LRCK

2C1

5

LRCK

1B1

5

LRCK

0A

15

TES

T4

AF

1

TES

T1

A1

TES

T2

A2

6

RESE

TP2

5

WB

REQ

AC

3

EA10

B1

EA9

C2

EA8

C4

EAC1

EA6

E3

EA5

D3

EA4

F4

EA3

F3

EA2

E4

EA1

E2

EA0

D1

ED11

ED10

C6

ED9

D8

ED8

B5

EDB6

ED6

C8

ED5

A6

ED4

B8

ED3

C9

ED2

D9

ED1

A8

ED0

B9

ECS/

EOE

C5

DIV

OU

TC1

1

SYN

CA

9

PWM

A2

4

PORT

A1

8

SYSC

KOA

11

VDD

CB1

1

AV

DC1

2

AV

SB1

2

VSS

A1

2

CG

RM

188

@

0. 1

C15

9G

RM

188

@

0. 1

IC NJM28

<C ons tant>

VADJ 5

VOUT 4G

ND

3

CTRL1

VIN2

RRPC

05T

@J

10K

CG

RM

188

@

0. 1

RA12 8EXB28V @J X

10k

18

2 36

45

R10

5

RPC

05T

@J

33

RA14 0EXB28V @J X

10k

1823645

C20

6G

RM18

8@

0. 1

C20

1G

RM18

8@

0. 1

C15

8G

RM

188

@

0. 1

R12

0

RPC05T @J

10k

CG

RM

188

@

0. 1

CG

RM

188

@

0. 1

RA11 6EXB28V @J X

33

18

2 36

45

RA13 8

EXB28V @J X

331 823 64 5

RA10

5EX

B28

V@J

X

33

18

2 36

45

CG

RM

188

@

0. 1

C19

1G

RM

188

@

0. 1

C16

9G

RM

188

@

0. 1

RA10 2EXB28V @J X

10K 18

2 36

45

C15

6G

RM

188

@

0. 1

RA99EXB28V @J X

10k

18

236

45

C16

8G

RM

188

@

0. 1

R12

1

RPC05T @J

10k

RA10

0EX

B28

V@J

X 10k

1 823 64 5

C19 2

GRM31 @10

C18

2G

RM

188

@

0. 1

RA11 8

EXB28V @J X

33

18

2 36

45

C15

5G

RM

188

@

0. 1

CG

RM

188

@

0. 1

C19

6G

RM18

8@

0. 1

C146 GRM188@

0. 1

C15

4G

RM

188

@

0. 1

C16

6G

RM

188

@

0. 1

R

RPC

05T

@J

10k

C18

6G

RM

188

@

0. 1

R10

1RP

C05

T@

J

10K

RA13 2EXB28V @J X

33

18

2 36

45

C213

ECJ1V@

22p

C150

ECJ1V@1(K )

IC 39D

HU04F U

<C ons tant>

84

C16

5G

RM

188

@

0. 1

RA11 3EXB28V @J X

33

18

2 36

45

RA12 9EXB28V @J X

33

18

2 36

45

RA10 9EXB28V @J X

33 18

2 36

45

C20

5G

RM18

8@

0. 1

C20

0G

RM18

8@

0. 1

C142 GRM31@

10

C211GRM31@

10

C16

4G

RM

188

@

0. 1

RA14 2EXB28V @J X 33

1 823 64 5

RA9110K

18

236

45

C15 2

GRM31@10

C19

0G

RM

188

@

0. 1

PWTP3T ESTL AND1R2 S

<C ons tant>

1

IC 39 ATC HU04F U

<C ons tant>

1

RA9310k

18

236

45

R9

5R

R08

16@

D

10k

RA10 1EXB28V @J X

10K

18

2 36

45

C18

1G

RM

188

@

0. 1

R10

6

RPC

05T

@J

33

RA11 0EXB28V @J X

33

18

2 36

45

IC 36M12

<C ons tant>

VDD

1

DQ

02

VDD

Q3

DQ

14

DQ

25

VSSQ

6

DQ

3D

Q4

8

VDD

Q9

DQ

510

DQ

611

VSSQ

12

DQ

13

VDD

14

LDQ

M15

WE

16CA

SRA

S18

CS19

A1

320

A1

221

A10

/AP

22

A0

23A

124

A2

25A

326

VDD

VSS

28

A4

29A

530

A6

3132A

833

A9

34

A1

135

NC

36

CKE

CLK

38

UD

QM

39

NC

40

VSS

41

DQ

842

VDD

Q43

DQ

944

DQ

1045

VSSQ

46

DQ

11D

Q12

48

VDD

Q49

DQ

1350

DQ

1451

VSSQ

52

DQ

1553

VSS

54

RA11 4EXB28V @J X

33

18

2 36

45

C19

5G

RM18

8@

0. 1

RA11 5EXB28V @J X

33

18

2 36

45

R116RPC05T @J

1M

RA12 0

EXB28V @J X

33

18

2 36

45

RA12 6EXB28V @J X

10k

18

2 36

45

RA12 3

EXB28V @J X

33

18

2 36

45

PORT-A 1T ESTL AND1R2 S

<C ons tant>

1

C18

5G

RM

188

@

0. 1

C145 GRM188@

0. 1

RA12 1

EXB28V @J X

33

18

2 36

45RA10

EXB28V @J X33

18

2 36

45

RA11 1EXB28V @J X

33

18

2 36

45

RA11 9

EXB28V @J X

33

18

2 36

45

RA13 6EXB28V @J X 33

18

2 36

45

CIRCUIT DIAGRAM (MAIN 5/12)

E-80June 2006

88998888

EWA1 1

EWD6

BSRXCS0

EWD0

XWCS5

EWA1

EWA1 0

BXSRXO E

BSRXCS3

EWA1 8

EWD3

EWD2

EWD1 5

EWA5

BSRXCS2

EWA1 6

EWA9

EWA1

EWA2 0

EWD1 4

XWCS4

EWA2 3EWA2 2

BSRXCS1

EWD5

BEEP CSA

EWA1 5

EWD1 3

EWA2 1

EWD1 0

EWA1 9

EWA3

BXSRX OE

BSRXCS2

EWA2

EWA1 4

EWD1 1

EWA4

EWA1 2

EWD9

BEEPSK

EWD1 2

EWA6

EWA1 3

XSRXO E

XWCS6

XSRXO E

BSRXCS3

EWA8

EWD8

BSRXCS1

EWD1

BSRXCS0

EWD4

XWCS4XWCS5XWCS6

XW OE

XWCS3

XWCS0

XWCS2XWCS1

XWCS5XWCS6

XWCS4

BEEP CSB

EWA2 4

BEEP DOBEEP DO

XRE SET

BSRXRST

XINTWOEXWCS0

EWD4

EWD6

EWD5

EWD1 1

EWD1 2

EWD1 4

EWD1 5

EWD1 3

EWD1

EWD2EWD9

EWD1 0

EWD0

EWD3

EWD8

XINTWOEXWCS1

XINTWOEXWCS2

XINTWOEXWCS3

BE EPD I

EE PD IEEPSKEEP CSBEEP CSA BEEP CS A

BEEPSKBEEP CS B

BE EPD I

BSRXRST

W D [0.. 15]

W A [1.. 24]

WXFLWP0WXFLWP1

XWCS3

XWCS1

XWCS2

XWCS0

XW512CS1

XW512CS0

XINTWOE

XW512CS1

WA2 5

XW WE

WXFLWP1

XRE SET

XRE SET

XINTWCSXINTWOE

XWCS3XWCS2

XWCS0XWCS1

WA2 6

WA2 5XWCS1

XW512CS0

XINTWCS

EEP DO

EEP DO

EWA2 2

EWA1 2

EWA1 4

EWA8

EWA5

EWA1

EWA1 5

EWA2

EWA2 0

EWA1 1

EWA1 3

EWA6

EWA2 3

EWA9

EWA3

EWA2 1

EWA1

EWA1 0

EWA4

EWA2 4

EWA1 6

EWA1 9EWA1 8

XWWE

WA2

WD1

WD1

WA1 4

WA2 0

WA5

WD1 3

WD2

WA3

WD9

WD6

WA1 6

WA1 9

WA8

WA1

WD1 1

WA5

XW1GCS

WA6

WA6

WA2

WA1 4

WA2 0

WA1 2

WA1 2

WD1 2

WA1 0

WA3

WA3

WD9

WA2 2

WA8

WA2 4

WA2 2

WA4

WA1 0

WD1 0

WA2 3

WD5

WD5

WD1 5

WA1 5

WA1 2

WA1 1

WA2 1

WA8

WA1

WA1 8

WA2 4

XWWE

WA4

WA2 3

WA1 8

WD1 5WD1 5

WA1 5

WA1 2

WD1 2

WD1 4WD1 3

WD2

WD4

WA8

WA1 3

WA1

WD0

WA2

WXFLWP0

WA4

WA1 8

WA1 8

WA1 4

WD1 5

WD1 3

WD1 3

WD8WD9

WD6

WA2 2

WD4

WA2 4

WA1 6

WA2 0

WA2 3

WA1 4WD5

WA2 0

WD1 5

WD1 5

WA1 2

WD1 4

WA2 1

WA1 6

WA8

WA1

XRE SET

WA5

WD1 4WD1 3

WD2

WA3

WA2 1

WA1 9

WA2 4

WA9

WD1 0

WD1 3

WA1 5

WA26

WA4

WD1 0

WD1 0

WD1

WD5

WA5

WD1 4

WD6

WA1 1

WA2 2

WA1

WA1

WD1 1

WD0

WD0

WD0

WA2 3

WA4

WA2

WD8

WA1 1

WA1 6

WD4

WA1

WA1

WA3

WA2 5

WA4WA4

WA2

WD1WA2 3

WA2 0WD1 3

WD9

WA2 1

WA1 6WA1

WA2 4

WA1

WD1 2

WA1 1

WA1 3

WA6

WA2

WD5

WA1 5

WA1 0

WD1 4

WD8

WD8

WD2

WD2

WD9

WA1 1

WA2 2

WA1 6

WA2 4

WA1 3

WA1 3

WD3

WD0

WA1 4

XINTWOE

WD1 0

WA2 WA1 8

WA1 4

WA2 0

WA1 5

WA5

WA3

WD9

WA2 2

WA2 1

WD4

WD4

WA1 3

WA9

WA9

WD9

WA9

WD1 0

WD1

WA1 8

WA1 8

WA5

WD1 2

WA1 0

WD2

WA1 6

WD3

WA9

WD1 1

WD8

WA8

WA2 0

WA1 5

WD1 2

WD1 4

WD8

WD8

WD6

WA1 1

WA1

WA8

WA2 4

WD1 1 WD1 1

WD5WD6

WD1 5WA2 1

WA6

WA6

WA2 3

WD5

WA1 2

WA5

WD1 2

WD1 2

WA1 0

WD6

WD4

WA1 9

WA1

WA1 3

WD3

WD3

XW1GCS

WD1WD2

WA1 2

WA1 9

WA6

WD1 0

WA2 3

WA1 0 WA1 0

WA1 1

WA1 9 WA1 9

WA1

WA1 3

WD3

WA9

WA9

WD0

WD1 1

WA6

WD1

WA1 4

WA1 5

WA3

WD6

WA2 2WA2 1

WA1 9

WD3

WD1 1

WD0

WD3WD4

WD1 4

WA1

XSR XCS

XWCS2

XWCS3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3 +D 3.3

+D 3.3 +D 3.3

+D 3.3

+D 3.3 +D 3.3

+D 3.3 +D 3.3

D

D

D

D

D

D

D

DD

D

D

D

DD D

D D

D

+D 3.3

DD

+D 3.3

+D 3.3

D

D

+D 3.3

DD

+D 3.3

D

+D 3.3+D 3.3

D

+D 3.3

D

+D 3.3

D

D

D

+D 3.3

D

BEEP DO

W D [0.. 15]

W A [1.. 24]

EEP DI

EEP CSA

EEPSKEEP CSB

XWCS0XWCS1XWCS2XWCS3

XW OE

XWCS4XWCS5XWCS6

WXFLWP0WXFLWP1

XRES ET

XWWE

to SRX EXP Board (CN1)

to SRX EXP Board (CN2)

Wa ve ROM 1Wa ve ROM 0

Wa ve ROM 2 W av e ROM 3

Flash 0 Flash 1

L35 N1608Z@T01600

C240

GRM188@

NIU

L53 N1608Z@T01600

R124RPC05T @J

33

R129

RPC05T @J

10k

C229

GRM188@

NIU

L62 N1608Z@T01600

ICLV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

GRM188@

NIU

C219

GRM188@0. 1

N1608Z@T01600

CN 14

34FE- BT-VK-N

112233445566

88991010111112121313141415151616

181819192020212122222323242425252626

2828292930303131323233333434

IC 45 A S N 00APWR

1

23

L66 N1608Z@T01600

IC 42B 21APWR9

10

1213

8

C220

GRM188@0. 1

L48 N1608Z@T01600

IC 45E

00APWR

14

L80 N1608Z@T01600

RA15 2E XB28V @J X

33

1823645

L43 N1608Z@T01600

C241

GRM188@

NIU

N1608Z@T01600

L61 N1608Z@T01600

IC 49LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

L38 N1608Z@T01600

L56 N1608Z@T01600

L51 N1608Z@T01600

RA14 8E XB28V @J X

33

1823645

C226 GRM31@10

C238

GRM188@

NIU

C225GRM188@

0. 1

RA14 9EXB28V @J X

33

1823645

IC 43CH32F U8

4

L69 N1608Z@T01600

C224

GRM31@10

L83 N1608Z@T01600C222

GRM188@0. 1

L46 N1608Z@T01600

N1608Z@T01600

L41 N1608Z@T01600

IC 41

S 29GL51 2N11TFI020@

04239701

WP/ACC16

WE13

VSS

52

VSS

33VI

O29

VCC

43

RY/BY

RESET14

OE34

A231

NCNC 28

A2456

NC 55NC 30

CE32

BYTE53

A99

A81020

A621

A522

A423

A324

A222

A2115

A2012

A225

A1911

A181819

A1654

A153

A144

A135

A126

A11A108

A126

A031

DQ15/A-1 51

DQ14 49

DQ13DQ12 45

DQ11 42

DQ10 40

DQ9 38

DQ8 3650

DQ6 48

DQ5 46

DQ4 44

DQ3 41

DQ2 39

DQ1DQ0 35

L59 N1608Z@T01600

IC 45D00APWR

12

1311

IC 42 A S N 21APWR12

45

6

L36 N1608Z@T01600

C230

GRM188@

NIU

L54 N1608Z@T01600

C234

GRM31@NIU

IC 51

NIU

D15/A-1 34

D14 32

D13 30

D12 28

D11 24

D10 22

D9 19

D833

D6 31

D5 29

D4D3 23

D2 21

D1 18

D0 16

VCC 26

VCC 45

VSS 13

VSS 25

VSS 38

VCC 20

A22A2139

A2040

OE35CE50

BYTE14

A1941

A184243

A1644

A1546

A14

A1249

A111

A102

A93

A845

A66

A5A48

A39

A210

A111

A015

A2312

A1348

NC36

GRM188@0. 1

L84 N1608Z@T01600

L63 N1608Z@T01600

CN 13

32FE- BT-VK-N

112233445566

88991010111112121313141415151616

181819192020212122222323242425252626

28282929303031313232C216

GRM188@0. 1

C231

GRM31@NIU

IC 53

NIU

D15/A-1 34

D14 32

D13 30

D12 28

D11 24

D10 22

D9 19

D833

D6 31

D5 29

D4D3 23

D2 21

D1 18

D0 16

VCC 26

VCC 45

VSS 13

VSS 25

VSS 38

VCC 20

A22A2139

A2040

OE35CE50

BYTE14

A1941

A184243

A1644

A1546

A14

A1249

A111

A102

A93

A845

A66

A5A48

A39

A210

A111

A015

A2312

A1348

NC36

N1608Z@T01600

N1608Z@T01600

IC 54

4LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

L49 N1608Z@T01600

L81 N1608Z@T01600

IC 55

4LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

C232

GRM188@

NIU

L44 N1608Z@T01600

IC 44 A T W 0 8FU

1

2

N1608Z@T01600

IC 56

4LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

L39 N1608Z@T01600

N1608Z@T01600

RA15 3EXB28 V@J X

10k

18

2 36

45

RPC05T @J33

L34 N1608Z@T01600

C228 GRM31@10

IC 52

NIU

D15/A-1 34

D14 32

D13 30

D12 28

D11 24

D10 22

D9 19

D833

D6 31

D5 29

D4D3 23

D2 21

D1 18

D0 16

VCC 26

VCC 45

VSS 13

VSS 25

VSS 38

VCC 20

A22A2139

A2040

OE35CE50

BYTE14

A1941

A184243

A1644

A1546

A14

A1249

A111

A102

A93

A845

A66

A5A48

A39

A210

A111

A015

A2312

A1348

NC36

L52 N1608Z@T01600

IC 45B 00APWR

4

56

R128RPC05T @J

33

R125RPC05T @J

NIU

IC 50

NIU

D15/A-1 34

D14 32

D13 30

D12 28

D11 24

D10 22

D9 19

D833

D6 31

D5 29

D4D3 23

D2 21

D1 18

D0 16

VCC 26

VCC 45

VSS 13

VSS 25

VSS 38

VCC 20

A22A2139

A2040

OE35CE50

BYTE14

A1941

A184243

A1644

A1546

A14

A1249

A111

A102

A93

A845

A66

A5A48

A39

A210

A111

A015

A2312

A1348

NC36

C223

GRM188@0. 1

IC 40

S 29GL51 2N11TFI020@

04239690

WP/ACC16

WE13

VSS

52

VSS

33VI

O29

VCC

43

RY/BY

RESET14

OE34

A231

NCNC 28

A2456

NC 55NC 30

CE32

BYTE53

A99

A81020

A621

A522

A423

A324

A222

A2115

A2012

A225

A1911

A181819

A1654

A153

A144

A135

A126

A11A108

A126

A031

DQ15/A-1 51

DQ14 49

DQ13DQ12 45

DQ11 42

DQ10 40

DQ9 38

DQ8 3650

DQ6 48

DQ5 46

DQ4 44

DQ3 41

DQ2 39

DQ1DQ0 35

IC 43 AH32F U

1

2

RA15 0E XB28V @J X

33

1823645

N1608Z@T01600

IC 43BH32F U

5

63

IC 45C00APWR

9

108

R122RPC05T @J

33

C233

GRM188@

NIU

L65 N1608Z@T01600

RA15 4E XB28V @J X

33

1823645

R126RPC05T @J

33

N1608Z@T01600

RA15 1EXB28V @J X

33

1823645

N1608Z@T01600

C215GRM188@

0. 1

IC 42C21APWR

14

L42 N1608Z@T01600

C235GRM188@

0. 1

N1608Z@T01600

L60 N1608Z@T01600

N1608Z@T01600

IC 44B 08FU

5

63

R130

RPC05T @J

10k

L55 N1608Z@T01600

RA14 4EXB28V @J X

33

1823645

RA14EXB28V @J X

33

1823645

GRM188@0. 1

C236GRM188@

0. 1

R123RPC05T @J

33

L64 N1608Z@T01600

IC 46

LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

C221GRM188@

0. 1

C242

GRM31@NIU

IC 48LV245A-P W

DIR 1

A1 2A2 3A3 4A4 5A5 6A6

8A8 9

GN

D10

B81112

B613

B514

B415

B316

B2B118

OE 19

VCC

20

N1608Z@T01600

L68 N1608Z@T01600

C218GRM188@

0. 1

L50 N1608Z@T01600

L82 N1608Z@T01600

C239

GRM31@NIU

L45 N1608Z@T01600

N1608Z@T01600

RA14 5EXB28V @J X

33

1823645

L40 N1608Z@T01600

IC 44C 08FU84

RA14 3EXB28V @J X

33

1823645

L58 N1608Z@T01600

RA14 6EXB28V @J X

33

1823645

CIRCUIT DIAGRAM (MAIN 6/12)

E-80June 2006

99119900

XWSPCS

WX SY SC KO

BD14BD15

BD13

BD 9

BD12

BD10BD11

BD 8

BD 0

BD 2BD 1

BD 3

BD 6

BD 4BD 5

BD

BA13

BA10

BA1

BA3

BA9

BA5

BA2

BA8

BA6

BA11BA12

BA4

BA[0 ..23]

BXRDBX WE 1

BD[0..1 5]

XWSP_IN TXW SPW AIT

W SPCKI O

FX SENDCK

FX RET NCK

WQ D15

WQ D13WQ D12WQ D11WQ D10WQ D9WQ D8WQWQ D6WQ D5WQ D4WQ D3WQ D2

WQA13WQA12WQA11WQA10WQA 9WQA 8WQAWQA 6WQA 5WQA 4WQA 3WQA 2WQA 1WQA 0

WQ D2WQ D13

WQ D8WQWQ D9WQ D6WQ D10WQ D5WQ D11WQ D4WQ D12WQ D3

FX RETN[0..5 ]

WQ D14

W ED2WE D13W ED3WE D12W ED4

W ED5

W ED9WW ED8WE D14WE D15

W ED6

WE D[2. .15]

WQA13WQA11WQA12

WQA 9WQA10WQA 8

WQA 1WQA 6WQA 2WQA 5WQA 3WQA 4

W ED2W ED3W ED4W ED5W ED6WW ED8W ED9

WE D12WE D13WE D14WE D15

WE D10WE D11

WE D11

WE D10

WX SY S CKO

FXRETN 3

FXRETN 5

FXRETN 0FXRETN 1FXRETN 2

FXRETN 4

FX RE TNCK

FX SENDCK

FX SE ND 1

FX SE ND 4FX SE ND 5

FX SEN D[0..5 ]

FX SE ND 5

FX SE ND 0

FX SE ND 1

FX SENDCK

FX SE ND 3FX SE ND 3

FX SE ND 0

FX SE ND 2FX SE ND 2

FX SE ND 4

WX SY NCWX SY NC

XRESET

WQAWQA 0

PLLRST

PLLRST

WEA9

WEA3

WEA12

WEA5

WEA11

WEA10

WEA10

WEA6

WEA1

WEA2

WEA8

WEA5

WEA0

WEA0 WEA0

WEA12

WEA8

WEA3

WEA4

WEA6

WEA9

WE A[0..13]

WEA3

WEA11

WEA4

WEA6

WEA13

WEA1

WEA2

WEA8

WEA5

WEA1

WEA13

WEA10

WEA12

WEA13

WEA2

WEA9

WEA11

WEA4

BA[0 ..23]

BD[0..1 5]

+D 3.3

+D 3.3+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

5.+D 15.+D 1

5.+D 1

5.+D 1

+D 3.3

D D

DD

D

DD

D

D

D

D

D

D

D

D

F XRETN[0..5 ]

FX RET NCK

XWSP_INTXW SPW AIT

XWSPC S

FX SEND [0..5 ]

BX WE 1BXR D

FX SENDCK

WX SY NC

WX SY S CKO

XRESET

PLLRST

HARMONY_RXD

WSPCKIO

HARMONY_TXD

WSP

C25

3G

RM18

8@0.

1

C26

4G

RM18

8@0.

1

C25

9G

RM18

8@0.

1

R 256RPC05T @J 33

C24

5G

RM18

8@0.

1C 243

GRM31@10

C

GRM188@0. 1

C26

6G

RM18

8@0.

1

C25

4G

RM18

8@0.

1

RA16 5

EX B28V@J X33

1 823 64 5

RRPC05T @J 33

R 146RPC05T @J

100

C24

6G

RM18

8@0.

1

RA16

EX B28V@J X33

1 823 64 5

C 258

GRM31@10

C

GRM188@

0. 1

CG

RM18

8@0.

1

C 269

GRM31@10

RA15

EX B28V@J X10k

1 823 64 5

C25

5G

RM18

8@0.

1

RA16 1

EX B28V@J X33

1 823 64 5

CG

RM18

8@0.

1

R

RPC05T @J

NIU

CG

RM18

8@0.

1

C

GRM188@

0. 1

R 136RPC05T @J 10k

C26

1G

RM18

8@0.

1

C25

6G

RM18

8@0.

1

RA16 8

EX B28V@J X33

1 823 64 5

R 143RPC05T @J 33

CG

RM18

8@0.

1

R 141 RPC05T @J10k

R 131RPC05T @J

33

C24

8G

RM18

8@0.

1

R 142 RPC05T @J10k

C26

3G

RM18

8@0.

1

R 145RPC05T @J 10k

CG

RM18

8@0.

1

C

GRM188@0. 1

RA16 4

EX B28V@J X33

1 823 64 5

IC58

M12L64

VD D 1

DQ0 2

VDDQ 3

DQ1 4DQ2 5

VSSQ 6

DQ3DQ4 8

VDDQ 9

DQ5 10DQ6 11

VSSQ 12

13

VD D 14

LDQM15

WE16CA SRA S18CS19

A1320

A1221

A10/AP22

A023A124A225A326

VD D

VSS 28

A429A530A631

32A833A934

A1135

NC36

CK ECL K38

UDQM39

NC40

VSS 41

DQ8 42

VDDQ 43

DQ9 44DQ10 45

VSSQ 46

DQ11DQ12 48

VDDQ 49

DQ13 50DQ14 51

VSSQ 52

DQ15 53

VSS 54

RA16 3

EX B28V@J X33

1 823 64 5

C26

5G

RM18

8@0.

1

RRPC05T @J 10k

C28

0G

RM18

8@0.

1

C24

9G

RM18

8@0.

1

RA15 6

EX B28V@J X10k

1 823 64 5

RA16 2

EX B28V@J X33

1 823 64 5

IC

T6 TZ 3AFG-0001

CA1396

CA1299

CA11102

CA10103

CA 9104

CA 8106

CACA 6108

CA 5109

CA 4111

CA 3112

CA 2114

CA 1116

CD1558

CD1459

CD1360

CD1262

CD1164

CD1065

CD 966

CD 868

CD69

CD 6CD 5CD 4CD 3CD 2CD 1CD 080

CS1695

CR D84

CWR82

INT101

WAIT

DREQ 190

DREQ 091

DACK193

DACK094

RX DTXD119

CT S122

RT S120

RESET85

CCKIN89

VDDC1

VSS22

AVD3

AVS4

VSS25

VDDC6

CK I

VDDC133

VSS2134

AVDE135

AVSE136

VSS2

VDDC138

CK E139

SYSCKO

VDD

S19

VDD

S33

VDD

S42

VDD

S51

VDD

S63

VDD

SVD

DS

86

VDD

S98

VDD

S11

0

VDD

S12

1

VDD

S13

1

VDD

SVD

DS

154

VDD

S16

5

VDD

C12

VDD

C35

VDD

C56

VDD

CVD

DC

81

VDD

C10

0

VDD

C11

5

VDD

C14

4

VDD

C16

6

VSS

8

VSS

13

VSS

24

VSS

30

VSS

39

VSS

VSS

55

VSS

61

VSS

VSS

VSS

VSS

VSS

113

VSS

123

VSS

VSS

140

VSS

149

VSS

156

VSS

163

VSS

VSS2

VSS2

VSS2

83

VSS2

92

VSS2

105

VSS2

118

VSS2

143

VSS2

SD 146

SD 6 145

SD 5 142

SD 4 141

SD 3 129

SD 2 128

SD 1 126

SD 0 125

MCKI 148

MCKE 130

BCK3 153

BCK2 152

LRCK3 151

LRCK2 150

SYNC 124

TRCKITRRTRR 6TRR 5 169

TRR 4 168

TRR 3TRR 2 164

TRCKO 162161

TRS6 160

TRS5 159

TRS4 158

TRS3TRS2 155

EC K 9

EC S 34

ECAS 31ERAS 32

EW E 29

TEST4 44

TEST3 132

TEST2 88

PLLRST

ED15 10

ED14 11

ED13 15

ED12 18

ED11 21

ED10 23

ED 9 26

ED 8 28

EDED 6 25

ED 5 22

ED 4 20

ED 3 16

ED 2 14

EA13 38

EA12 36

EA11EA10 41

EA9 40

EA8 4346

EA6 49

EA5 52

EA4 54

EA3 53

EA2 50

EA1 48

EA0 45

C

GRM188@

0. 1

R 135 RPC05T @J33

0

EX B28V@J X10k

1 823 64 5

C28

1G

RM18

8@0.

1

C25

0G

RM18

8@0.

1

R 132RPC05T @J 33

C

GRM188@

0. 1

RA16 6

EX B28V@JX33

1 823 64 5

C 268

ECJ1V @100p

RA15 9 E XB 28V@J X33

1 823 64 5

R 140RPC05T @J 33

C

GRM31@10

C26

0G

RM18

8@0.

1

C28

2G

RM18

8@0.

1

C25

1G

RM18

8@0.

1

R 144 RPC05T @J33

R 138RPC05T @J 33

RA16 9

EX B28V@J X10k

1 823 64 5

RA16 0

EX B28V@J X33

1 823 64 5

C25

2G

RM18

8@0.

1

RA15 8

EX B28V@J X10k

1 823 64 5

C26

2G

RM18

8@0.

1

R 133 RPC05T @J33

C 284

GRM31@10

C28

3G

RM18

8@0.

1

R 139RPC05T @J100

C24

4G

RM18

8@0.

1

R 134RPC05T @J 33

RA15 5

EX B28V@J X10k

1 823 64 5

CECJ1V@

NIU

CIRCUIT DIAGRAM (MAIN 7/12)

E-80June 2006

99339922

CIRCUIT DIAGRAM (MAIN 8/12)

AU X_ IN_R

DIR_ OUT_ R

MIX_OUT_R

DI R_OUT_ L

WXSDI3

WXSDO 4

DIR_OUT_L

AU X_ IN_L

AU X_ IN_L

AU X_ IN_R

MIX_ OU T_ L

XMUT E

HARM_OU T_R

HARM _OUT_L

METRO_MONO

MET RO_MONO

WXSDO 2WXSDO 1WXSDO 0

WXLRCKWXBCK

WX MCLK

MIX_ OU T_L

HA RM _I N

WXSDI5

HA RM _I N

WX MCLKWXLRCK

WXBC K

WXSDO4

XAKPD N

HARM_OU T_R

HARM _OUT_L

WXSDI5

RSD TODA_METRO_ L

RS DO 0RS DO 1

DA_MIX_R

RS DO 2

DA_D IR _L

RB IC KBL RCK

D A_DIR_R

DA_MIX_L

BMLCK

DIR_OUT_R

MIX_OUT_R

XAKPDN

2+ 1

2+ 12+ 1

+5A

+5A

2+ 1

+D 3.3

+5A

+5A

+5A

+5A2+ 1

2+ 1+A 3.3

+A 3.3

+A 3.3

+A 3.3

+A 3.3

2- 1 2- 1

2- 12- 1

D

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

AA

A

A

AA

+D 3.3

WXSDI3

WX MCLK

XAKPDN

XMUT E

WXSDO 4

WXSDO 2WXSDO 1WXSDO 0

WXLRCKWXBCK

WXSDI5

To Analog Board

(No DA_ME TRO_R)

02780301

01899790

Not In Use

Not In UseC 300RV2-V@M- R

NIU

RRPC05T @J

NIU

C 316

ECJ1V @

1(K)

R 164

RPC05T @J

100

R 149RPC05T @J

10

CN20

53014-0410NIU

11

22

33

44

R 168

RPC05T @J

100

R 189

RPC05T @J

NIU

C 311

ECJ1V @

NIU

+

-

IC 60CM5218AFP8

4

R 161

RPC05T @J100k

C 303ECJ1V @

330p

C 302ECJ1V @

330p

C 324

ECJ1V @NIU

R 162

RPC05T @J

R RPC05T @JNIU

C 290

ECJ1V @

1(K)

RRPC05T @J

NIU

C 314

ECJ1V@(1K)

IC66 AK4 552VTNIU

RIN1

LIN2

VSS

3

VA4

VD5

DEM O6DEM 1

SDTO 8SDTI9

LRCK10

MCLK11

BCLK12

PD N13

VCOM 14

LOUT 15

ROUT 16

R 166

RPC05T @J

R 154

RPC05T @J

100

R 152

RPC05T @J

33

R 169

RPC05T @JNIU

IC65 UPC 29L33T

IN 3

GN

D2

OUT1

+

-

IC 62CM5218AFP

NIU

84

R 181

RPC05T @J100k

R 182RPC05T @J

C 288

GRM31@

10

DA 9MA X)2

1

3

R 192

RPC05T @JNIU

R 188

RPC05T @J

NIU

DA10MA X)2

1

3

C 313

ECJ1V@

1(K)

C 293GRM188@

0. 1

R

RPC05T @JNIU

R 150

@J

10

R

RPC05T @JNIU

C 295RV2-V@M- R

22/6.3

R 163RPC05T @J

DA12MA1 X)

NIU

21

3

R 184RPC05T @J

NIU

PW TP 4TES TLAND1R2S 1

C 306ECJ1V @

330pC 323

RV2-V@M- R

NIU

C 285GRM31@

10

+

-

IC 61AM5218AFP

2

31C 294

GRM188@0. 1

R 193

RPC05T @JNIU

+

-

IC 61CM5218AF P8

4

DA11MA1 X)

NIU

21

3

R 156RPC05T @J

330

C 310

ECJ1V@1(K)

R 153

@J

33

R 160RPC05T @J

330

+

-

IC 61BM5218AFP

6

5

R

RPC05T @J100k

R

RPC05T @J

NIU

R 194RPC05T @J

NIU

C 301RV2-V@M- R

22/6.3

PW TP 5TES TLAND1R2S 1

2EX B28V@JX

NIU1 823 64 5

R 151

@J

33

C 322RNIU

C 305ECJ1V @

NIUC 308

ECJ1V@1(K)

R 158

RPC05T @J100k

R 185RPC05T @J

NIU

IC59

AK4626VQ

TVD

D14

DVD

D15

DVS

S16

AVD

D36

AVS

S

DZF2/OVF 33

VCOM 34

VREFH 35

DZF1 38

P/S40

DIF0/CSN41DIF1/SCL/CCLK42LOOP0/SDA/CDTI43TDM 044

PD N

TST218

CAD119

TST112

MCLK39

LRCK5

BICK4

DAUX10

SDOS1

SDTO9

SDTI38

SDTI2SDTI16

NC 30

TST529

RI N 32

LIN 31

LOUT3 23

ROUT3 24

LOUT2 25

ROUT2 26

LOUT1

ROUT1 28

I2C2

SMUT E3

DFS011

DZFE13

CAD020

TST3 21

TST4 22

R 183RPC05T @J

NIU

+

-

IC 63BM5218AFP

6

5

+

-

IC 63AM5218AFP<consta nt>

2

31

C 291GRM188@

0. 1

1EX B28V@J X

33

1 823 64 5

CN21

53014-0310NIU

11

22

33

CRV2-V@M- R

22/6.3

R 165

RPC05T @J100k

C 321

GRM31@NIU

C

ECJ1V@

1(K)

CECJ1V @

NIU

R 180

RPC05T @J

100

+

-

IC 60BM5218AFP

6

5

R 190

RPC05T @J

NIU

C 298RV2-V@M- R

22/6.3

C 319RV2-V@M- R

NIU R 186 RPC05T @JNIU

C 286GRM188@

0. 1

C 309

ECJ1V@

1(K)

RRPC05T @J

+

-

IC 62AM5218AFP

NIU

2

31

C 304ECJ1V @

NIU

RRPC05T @J

330

R

RPC05T @JNIU

R 195RPC05T @J

NIU

C 299RV2-V@M- R

NIU

R 191

RPC05T @J

NIU

C 292GRM188@

0. 1

C 296RV2-V@M- R

22/6.3

RRPC05T @J

C 315

GRM188@

0. 1

CN2

B12 B-PH-SM3-TB

11

22

33

44

55

66

88

99

1010

1111

1212

C 289

GRM188@

0. 1

C 318RV2-V@M- R

NIU

CGRM31@

10

R

RPC05T @J

R 155

RPC05T @J100k

C 320

GRM31@NIU

+

-

IC 63CM5218AF P

<consta nt>

84

R

RPC05T @J

NIU

+

-

IC 62BM5218AFP

NIU

6

5

C 312

ECJ1V @NIU

+

-

IC 60AM5218AFP

2

31

IC64 UPC 29L05T

IN 3G

ND

2OUT1

R 159RPC05T @J

330

R 148MCR50J @

NIU

E-80June 2006

99559944

CIRCUIT DIAGRAM (MAIN 9/12)

BD[0..1 5]

BA21

XLCDWAIT

CP 2

VX WE

BMD0

BA[0 ..23]

LCDC XBS

VXLCASVXUCA S

X CSLCDC

L CDCCKI O

VIDEO_ OUT

VX WEVXLCASVXUCA SVXRAS

BA0BA1BA2BA3BA4BA5BA6

BA8BA9BA10BA11BA12BA13BA14BA15BA16

BA18BA19BA20

BD 0BD 1BD 2BD 3BD 4BD 5BD 6BDBD 8BD 9BD1 0BD1 1BD1 2BD1 3BD1 4BD1 5

FR MCP 1

VMA 9

VMA 0VMA 1VMA 2

VMAVMA 8

BMD3BMD4BMD5BMD6

BMD8BMD9BMD10BMD11BMD12BMD13BMD14BMD15

VXRAS

BMD2BMD1

B PD0

BPD1BPD2B PD5

BPD6B PD1

B PD3BPD5

BPD0

BPD3B PD4

B

BPD4

B PD6

B PD2

FPD5

F

F PD0F PD1

FPD1F PD5

FPD4

F PD6

F PD2

FPD3

FP ]

F PD4FPD2

FPD0

FPD6

F PD3

BCP 2BCP 1

BD ISP_ON

BFRM

VMA 6VMA 5VMA 4VMA 3

BMD0BMD1BMD2BMD3BMD4BMD5BMD6

VIDEO_O UT

B PD[0. ]

VMA 2

VMA 0VMA 1

VMA 6

VMA 3

VMA

VMA 5VMA 4

BMD9

BMD1 4

BMD1 0

BMD1 3BMD1 2

BMD1 5

BMD8

BMD1 1

MCLK

TP XTP Y

TPGNDC NT 0TPGNDC NT 1TPVCCC NT 0TPVCCC NT 1

BMD6

BMD4

XRESET

TVCLK

VMA 8

VMA 9VMA1 1

VMA1 0BX WE 1BRDX WR

BX WE 0BXRD

XL CD RE S

BFRMBCP1BCP2

FR MCP 1CP 2

BD ISP_ON

BA[0 ..23]

BD[0..1 5]

+D 3.3

+D 3.3+D 3.3

+D 3.3

+D 3.3

2+ 1

+D 3.3

2- 1

D

D

D

D

D

D

D

DDD

D

D

D

D

D

D

D

D

D

D

D

D

D

+5D

+5D

+D 3.3

+5D +D 3.3

+5D

TP XTP Y

VIDEO_ MODE

TPVC C0TPVC C1

TPG ND0TPG ND1

X CSLCDC

BX WE 1BX WE 0BXR D

L CDCCKIOLCDC XBS

XRESET

XERES5V

XLCDWAIT

BRDX WR

XRESET

DISP _O N

ACTU AL OUTPUT FREQUENCIESS2:S0 CPU CLKA CLKB CLKC CLKD XB UF000 14 . )

. )

to Display Board

Compos iteVi deoOutput

(S1D13506F00A200 ) to Control BoardC 330

GRM188@

0. 1

3EX B28V@J X

33

1823645

L100 N20 12Z601T02

8EX B28V@J X

33

1 823 64 5

C33

9EC

J1V

@

C33

4EC

J1V

@

C 331

GRM31@10

C34

5EC

J1V

@

CG

RM31

@10

R 199

RR 0816@ D

IC684VHCT245AFT

A8 98

A6A5 6

A4 5

A3 4

A2 3

A1 2

G 19

DIR 1

B81112

B613

B514

B415

B316

B2B118

VCC

20G

ND

10

R 198

RR 0816@ D82

JK1AYKC21-3661

2

1

RA20 6EX B28V@J X

331823645

C 358

ECJ1V@22p

M11L16161SA-45T(0R18U )

WE

RAS18

OE33

CASL35CASH34

I/O15 49

I/O14 48

I/O13I/O12 46

I/O11 44

I/O10 43

I/O9 42

I/O8 41

I/O 10

I/O6 9

I/O5 8

I/O4I/O3 5

I/O2 4

I/O1 3

I/O0 2

VC C 1

VC C 6

VC C 25

VSS 26

VSS 45

VSS 50

A932

A83130

A629

A528

A4A324

A223

A122

A021

NC11

NC15

NC16

NC19

NC20

NC36

NC40

L106 N20 12Z601T02NIU

C33

5EC

J1V

@

L90 N20 12Z601T02

C35

2EC

J1V

@

L95 N20 12Z601T02

L89 N20 12Z601T02

N20 12Z601T02

9 E XB 28V@J X33

1 823 64 5

L102 N20 12Z601T02

R 208

RPC05T @J

68

R 203 RPC05T @J100

L99 N20 12Z601T02

R 204

RR 0816@ D150

C34

1EC

J1V

@

RA21 3EX B28V@JX 33

1 823 64 5

IC694VHCT245AFT

A898

A6A56

A45

A34

A23

A12

G19

DIR1

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

VCC

20G

ND

10

RA21 2

EX B28V@JX

NIU

1 823 64 5

C34

0EC

J1V

@

N20 12Z601T02

L94 N20 12Z601T02

CN19

B15 B-PH-SM3-TB

11

22

33

44

55

66

88

99

1010

1111

1212

1313

1414

1515

DA13MA X)

21

3

C 359GRM188@

0. 1

L92 N20 12Z601T02

XB 28V@J X33

1 823 64 5

C 333GRM188@

0. 1

JK1BYKC21-3661

10

4 E XB 28V@J X33

1 823 64 5

R 196RR 0816@ D

1.5k

C 349GRM188@

0. 1

6 E XB 28V@J X33

1 823 64 5

C35

1EC

J1V

@

CEC

J1V

@

L85 N20 12Z601T02

C33

8EC

J1V

@

IC SED1 356F0A

AB21

AB12

AB03

CS4

M/R5BS6

RD

WE 08WE 19

RD/W R10

RESET11

VDD

12

BUSCLK13

VSS

14

WAIT15

DB1516

DB14DB1318

DB1219

DB1120

DB1021

DB 922

DB 823

DB24

DB 625

DB 526

DB 4DB 328

DB 229

DB 130

DB 031

VSS

32

VDD

33

MD15 34

MD0 35

MD14 36

MD1

MD13 38

MD2 39

MD12 40

MD3 41

MD11 42

MD4 43

MD10 44

MD5 45

MD9 46

MD6

MD8 4849

VSS

50

LCAS51UCAS52

WE53

RA S54

VDD

55

MA9 56

MA11

MA8 58

MA10 59

MA 60

MA0 61

MA6 62

MA1 63

MA5 64

MA2 65

MA4 66

MA3

VSS

68

CLKI69

TESTEN

CLKI2

VDD

FPFRAM EFPLIN E

NC

DRD YFPSHIFT

VSS

FPDAT0FPDAT1 80FPDAT2 81FPDAT3 82FPDAT4 83FPDAT5 84FPDAT6 85

86

VSS

FPDAT8 88FPDAT9 89

FPDAT10 90FPDAT11 91FPDAT12 92FPDAT13 93FPDAT14 94FPDAT15 95

VSS

96VD

D

DACVSS 98

DACVDD 99

RE D 100

IREF 101

DACVDD 102

GREEN 103

DACVDD 104

BLUE 105

DACVSS 106

HRTCVRTC 108

VDD

109

VSS

110

AB20111

AB19112

AB18113114

AB16115

AB15116

AB14AB13118

AB12119

AB11120

AB10121

AB9122

AB8123124

AB6125

AB5126

AB4AB3128

R 200RPC05T @J 33

R 205RPC05T @J

10k

RRR 0816@ D

1k

L91 N20 12Z601T02

L93 N20 12Z601T02

R 261RPC05T @J NIU

C 346

GRM188@

0. 1

C34

4EC

J1V

@

R

RPC05T @J

68

CGRM188@

0. 1

C 348GRM188@

0. 1

L101 N20 12Z601T02

C35

4EC

J1V

@

C33

6EC

J1V

@

R 206

RPC05T @J

NIU

L96 N20 12Z601T02

C35

5

GRM188@

0.1

C 325

GRM188@

0. 1

MG-5100SA-AD

S11

S02

CLKA 3

CLKB 4

CPUCLK 5

CLKD 6

XBUFTIN8

GN

D9

CLKC 10

OE11

S212 VDD

213

VDD

114

R 202RPC05T @J 33

R 262RPC05T @J0

C 326

GRM188@

0. 1

C35

6

GRM188@

0.1

C 332GRM31@

10

R 201RPC05T @J 33

RA18 1EX B28V@J X

10k1 823 64 5

L88 N20 12Z601T02

C

GRM188@

0. 1

L86 N20 12Z601T02

5 E XB 28V@J X33

1 823 64 5

C35

3EC

J1V

@

C 328

GRM188@

0. 1

C 350 ECJ1V @100p

C 329

GRM188@

0. 1

RA18 0

EX B28V@J X

33

1 823 64 5

N20 12Z601T02

L98 N20 12Z601T02

C34

3EC

J1V

@

C34

2EC

J1V

@

CN18

B10 B-PH-SM3-TB

11

22

33

44

55

66

88

99

1010

Q22SC 1

23

L103N20 12Z601T02

E-80June 2006

99779966

CIRCUIT DIAGRAM (MAIN 10/12)

XN F BSY

XRESET

NF CL E

BA[0 ..23]

XNFW E

U DPC

NF AL E

XN FC S

XN F BSY

UDM C

BX8RD

XCSNAND DATAXNFW P

XN FR D

XRESET

BA[0 ..23]

BA5

BA9

BA2

BA4BA3

BA6

BA11

BA5BA6

BA12

BA1

BA4

BA16

BA18

BA20

BA1

BA22BA21

BA3

BA8

BA13BA14BA15

BA2

BA19

BA10

BD1 5

BD 3

BD 1

BD15

BD 3

BD1 1

BD11

BD 3

BD 5

BD 1

BD 0

BD 6

BD 0

BD 2

BD1 3

BD 8BD 9

BD1 2

BD 4

BD10

BD 1

BD 4

BD 2

BD 6

BD 6

BD 8

BD

BD 2

BD13BD 5

BD 5

BD12

BD 3

BD 1

BD 4

BD 2

BD1 4

BD[0..1 5]

BD[0..1 5]

BD1 0

BD14

BD

BD 0

BD

BD 9BD 0

XCSNANDCNT L

BX 8W E

VBUS

XCSU SBC

UCIR

UCW 0

UCRDUCW 1

UCW 1UCW 0U CRD

UCI R

BA[0 ..23]

BA[0 ..23]

BD[0..1 5]

BD[0..1 5]

+D 3.3

+D 3.3

+D 3.3

+D 3.3+D 3.3

+D 3.3

+D 3.3

+D 3.3

D

D

D

D

D

D

D D

D

D

D

D

D

D

+D 3.3

+D 3.3

XUSB_IN T

XUSBD REQ

XN F BSY

XUSBD AC K

XRESET

BX8R D

BX 8W E

XCSNANDCNT L

XCSNANDD ATA

XCSU SBC

XC SNORFLASH

FLASHV P0XFLRESET

BX WE 0

BXRDBX WE 0

BXR D

512M bit Nand F lash

USB Controller

Nor Flash ROMfor system boot

USB connector

Nand Flash ROMfo r USB storage

64M bit Nor Flash

C 362GRM31@

10C 361GRM188@

0. 1

C GRM188@0. 1

R 220RPC05T @J

R 216RPC05T @J1.5K

R 218RPC05T @J

10K

IC32APW R

4

56

R 222

RPC05T @J

1M

L105

EX CML1 6A@

uH

R 224RPC05T @J

680

R 214

RPC05T @J

C 368 GRM188@0. 1

R 210

RPC05T @J

33

RA18 5

EX B28V@JX33

1823645

TC58 FVM6B5BTG65@

A151

A142

A133

A124

A115

A106

A9A88

A199A2010

WE11

RESET12

A2113

WP/AC C14

RY/BY15

A1816

18

A619

A520

A421

A322

A223

A124

A025

CE26

VSS

OE28

DQ0 29

DQ8 30

DQ1 31

DQ9 32

DQ2 33

DQ10 34

DQ3 35

DQ11 36

VD D

DQ4 38

DQ12 39

DQ5 40

DQ13 41

DQ6 42

DQ14 43

44

DQ15 45

VSS 46

NC

A1648 RA18 6

EX B28V@JX33

1823645

TPTES TLAND1R2S

1

X4

MA-4 06@12. 000MHZ

14

C 360GRM188@

0. 1

C 365 GRM31@10

C 364

ECJ1V@1(K)

C

ECJ1V @

15p

IC32APW R

9

108

R 209RPC05T @J

10k

RA18

EX B28V@JX33

1823645

IC

32APW R

14

L104

EX CML1 6A@

uH

R 258

RPC05T @J

33

JK 2

YKF45-0020

123

4

1020

R 211

RPC05T @J10k

R 259

RPC05T @J

33

RA18 4

EX B28V@JX33

1823645

ICTC 58DV M92A1TG00BBH@

NC1

NC2

NC3

NC4

NC5

GN

D6

RY/BYRE8

CE9

NC10

NC11

VCC

12VS

S13

NC14

NC15

CLE16

ALE

WE18

WP19

NC20

NC21

NC22

I/O1 29I/O2 30I/O3 31I/O4 32

VSS

36

VCC

I/O5 41I/O6 42I/O 43I/O8 44

NC 48

NCNC 46

NC 45

NC 40

NC 39

NC 38

NC 35

NC 34

NC 33

NC 28

NCNC 26

NC25NC24NC23

IC A32APW R

1

23

D413

D312

D25

D14

CL R1

CK9

4Q 15

3Q 10

2Q1Q 2

4Q 14

3Q 11

2Q 6

1Q 3

VCC

16G

ND

8

R 219RPC05T @J

10k

RA18 3EX B28V@J X

33

1823645

R 221RPC05T @J

10K

IC32APW R

12

1311

IC

M66291GP

CORE

-VCC

1

GN

D2

D- 3

D+ 4

VBU S 5

TRON 6

TEST

DACK1 8

DREQ 1 9

TC 1 10

INT1/SO F 11

IO-V

CC12

XOUT13

XIN14

GN

D15

CORE

-VCC

16

A1A218A319A420A521A622

D023D124D225D326D4D528D629

30D8/P031D9/P132D10/P233D11/P334

IO-V

CC35

GN

D36

D12/P4D13/P538D14/P639D15/A040

HWR/BYTE41

INT0 42

RD43

LW R44CS45

RST 46

DREQ 0DACK0 48

C 369

ECJ1V @

15pR 223RPC05T @J

100

TP 6TES TLAND1R2S

1

RA20

EX B28V@JX

33

1 823 64 5

C 366 GRM188@0. 1

R 213RPC05T @J

R 212

RPC05T @J10k

C 363

GRM188@0. 1

C

ECJ1V @100p

R 215

RPC05T @J

0

RA18 2

EX B28V@JX33

1823645

E-80June 2006

99999988

CIRCUIT DIAGRAM (MAIN 11/12)

BXRD

BA8BA9

CARD _IOI S1 6CARD _ R DY

CARD_ XWAI T

CARD_P W _ CT L

BD [0.. 15]

BD 5

C_D[ 0.. 15]

CARD_DET 2

CARD_DET 1

XCARD_ DETECT

XI CI OR D

XCE1AB

PROTECT

BA1

BA3

BA5

BA0

BA6

BA2

BA4

BA1 0

CARD_ XRESET

XCE2AB

CARD_ XRESET

CARD_XBUSE N

CARD_P W _ CT L

CARD_XBUSE N

XCSPCCT L

BX8 WE

BD 0BD 1BD 2

BD [0.. 15]

XCAR D_SELECT

BA2 2

XRE SET

BA[0 .. 23]

BD 8BD 9

BD13

BD10

CARD _D BEN

CARD _D BEN

CA RD_DDI R

CA RD_DDI R

XPCCARD_I NT

CARD_RES ET

BD11

BD15

BD12

BD14

BD 3BD 4

BD 6BD

BD 2BD 1BD 0

XCARD_BUS_ ENABL E

XCARD_ DETECT

XI OI S1 6

C_A0

C_ D1 1

C_A5

C_ D6

CARD_DET 1

CARD_X WR

C_ D5

C_ D8

C_ D1 4C_ D1 3

C_A6

C_ D3

C_ D1 1

C_A2

C_ D1 0

CARD_DET 2

C_ D1 0

C_A1 0C_A1 0

C_ D5C_ D5

C_ D9

CARD_X REG

C_ D1 1

C_

C_ D1 5

C_ D9

C_ D1 4

C_ D1 2

C_

C_ D0

C_ D1 5

C_ D2C_ D1C_ D1

C_A6C_C_ D6

CA RD_POW ER

CA RD_XRD

C_ D4

C_ D1 4

C_A0

C_ D4

C_ D1

C_ D3

C_A4C_ D4

C_A5

CA RD_X IO W R

C_ D1 5

C_ D2

C_ D0

C_A3

CARD_X CE1 A

C_ D3C_ D2

C_A1C_A2

C_A9

C_A[ 0.. 10]

C_ D8

C_ D0

C_ D1 3

C_ D6

CA

RD

_P

OW

ER

C_ D8

CARD_X CE2 A

C_A8

C_A1

C_A3

CA RD_POW ER

CA RD _X IO RD

C_A9

C_ D1 2 C_ D1 2

C_A8

C_ D1 0

C_ D9

C_ D1 3

C_A4

XPCCARDW AITCARD_ XWAI T

CARD_ RDY

CARD _IOI S1 6

XI CI OW RXI CI OR D

BXW E1

BXRDCARD_X CE1 ACARD_X CE2 A

CA RD_XRDCA RD _X IO RDCA RD_X IO W RCARD_X WRCARD_X REGXREG

XREG

BD [0.. 15]

BA [0.. 23]

CA RD_POW ER

CA RD_POW ER

CA RD_POW ER

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

+D 3.3

CA RD_POW ER

+D 3.3

+D 3.3

CA RD_POW ER

CARD_POWER

CARD_POWER

D D

D

D

D

D D

D

D

D

D

D

DD

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+D 3.3

XPCCARD_I NT

PROTECT

XCAR D_DETECT

XPCCARDW AIT

XI OI S1 6

XCE2ABXCE1AB

XCAR D_SELECT

XCSPCCT L

XRE SET

BX8 WE

BXRD

BXW E1

XI CI OR DXI CI OW R

Power Supply for PCMCIA Card

Control Signal Buffer

PCMCI AC ARD SLOT

Wr ite Protect Switc h

Control Ports

3.3V 5V

5V3.3V5V

5V

3.3V

3.3V

Read: H: A -> BWr ite: L: B -> A

IC00APWR14

R234RPC05T @J

220

IC32APWR

9

108

RA20 1

EXB28V @J X100k

18

236

45

RA19 2EXB28V @J X

33

1 823 64 5

RPC05 T@J33

R242

RPC05T @J10k

GRM188@0. 1

R244

RPC05T @J100K

IC 32APWR12

1311

R231

RPC05 T@J

100K

IC 80

VCCA

1

DIR 2

A1 3A2 4A3 5A4 6A5A6 8

9A8 10

GN

D11

GN

D12

GN

D13

B81415

B616

B5B418

B319

B220

B121

G 22

VCCB

23VC

CB24

GRM188@0. 1

R260

RPC05T @J

33

GRM188@0. 1

R235RPC05T @J

220

IC 85B32APWR

4

56

RA19 5

EXB28V @J X100k

1 823 64 5

RA19 8EXB28V @J X

33

1 823 64 5

RA18 8EXB28V @J X

33

1 823 64 5

IC A00APWR

1

23

GRM188@0. 1

IC32APWR

4

56

IC 83VHCT245AFT

A898

A6A56

A45

A34

A23

A12

G19

DIR1

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

VCC

20G

ND

10

R238

RPC05T @J

33

GRM188@0. 1

RA20 0EXB28V @J X

33

1 823 64 5

IC

00APWR

4

56

CN 16

SCAA 1A4900

GND1

D32D43D54D65

6

CE1

A108

OE9

A1110

A911

A812

A1313A1414

WE/PGM15

RDY/BSY16

VCC

VPP18

A1619

A1520

A1221

22

A623

A524

A425

A326

A2A128

A029

D030D131D232

WP33

GND34

GND35

CD136

D11D1238D1339D1440D1541

CE242

RFSH43

IORD44

IOWR45

46A18A1948A2049A2150

VCC51

VPP52

A2253A2354A2455A2556

RFU

RESET58

WAIT59

INPACK60

REG61

BVD262

BVD163

D864D965D1066

CD2

GND68

R228 RPC05 T@J33

IC AU

D2

CK1

Q 5

Q 3

PRCR

6

SW5 ASSAB110100

213

ICU

VCC

8

GN

D4

PWTP6

T ESTL AND1R2 S

1

IC32APWR14

Q5DTC114 EUA

1

23

R243

RPC05T @J10K

RA19 0

EXB28V @J X100k

1 823 64 5

IC 85D 32APWR

12

1311

RA19 6EXB28V @J X

33

1 823 64 5

IC 84

VHCT245AFT

A898

A6A56

A45

A34

A23

A12

G19

DIR1

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

VCC

20G

ND

10

IC 00APWR12

1311

R229 RPC05 T@J33

R239

RPC05T @J

33

GRM188@0. 1

RA19 3EXB28V @J X

331 823 64 5

IC 85 A

32APWR

1

23RPC05T @J

100k

RA19 9EXB28V @J X

33

1 823 64 5

IC 81

VCCA

1

DIR 2

A1 3A2 4A3 5A4 6A5A6 8

9A8 10

GN

D11

GN

D12

GN

D13

B81415

B616

B5B418

B319

B220

B121

G 22

VCCB

23VC

CB24

RA20 2

EXB28V @J X100k

18

236

45GRM188@

0. 1

GRM188@0. 1

RA20 9

EXB28V @J X

331823645

R230

RPC05T @J100K

Q6DTC114 EUA

1

23

C384GRM188@0. 1

RA18 9EXB28V @J X

331 823 64 5

Q4SSM3J02T

1

32

IC 85E32APWR14

C380

RV2- V @M- R100 /16

C388

GRM188@0. 1

R226 RPC05 T@J33

IC 00APWR9

108

IC A32APWR

1

23

Q3DTC114 EUA

1

23

SW5 BSSAB110100

2010

CN

SCAB 1A8100

FG110

FG220

C385

GRM188@0. 1

C386GRM188@

0. 1

CGRM188@0. 1

RA19EXB28V @J X

33

1 823 64 5

C383

GRM188@0. 1

IC 86

D413

D312

D25

D14

CLR1

CK9

4Q 15

3Q 10

2Q1Q 2

4Q 14

3Q 11

2Q 6

1Q 3

VCC

16G

ND

8

IC 82VHCT245AFT

A898

A6A56

A45

A34

A23

A12

G19

DIR1

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

VCC

20G

ND

10

R233

RPC05T @J100K

R236

RPC05T @J100k

RA19 4

EXB28V @J X100k

1 823 64 5

C381

ECJ1V@

R240

RPC05T @J100k

C382

ECJ1V@

R225RPC05T @J100k

R241

RPC05T @J

33

RA19 1

EXB28V @J X100k

1 823 64 5

IC 85C 32APWR

9

108 R232

RPC05T @J100K

E-80June 2006

110011110000

CIRCUIT DIAGRAM (MAIN 12/12)

BX8R D

BD

BD 0BD 1BD 2BD 3BD 4BD 5BD 6

BXR D

BA4

BA1BA2BA3

BA6

BA0

BA5

BA12

BA15

BA9BA10BA11

BA14

BA8

BA13

BD 4

BD

BD 1BD 2BD 3

BD 6

BD 0

BD 5

BD1 2

BD1 5

BD 9BD1 0BD1 1

BD1 4

BD 8

BD1 3

XI CI OR DXI CIOW R

BA20

BA23

BA18BA19

BA22

BA16

BA21

BA[0 ..23]

BD[0..1 5]

BD 6

BD 2

BD

BD 3BD 4BD 5

BD 1BD 0

BX 8W E

BX WE 1BX WE 0

GDB_ RX D

GDB_ CT S

GDB_TXD

GDB_ RT S

BA[0 ..23]

BD[0..1 5]

+D 3.3

+D 3.3

+D 3.3

D

D

D

DD

D D

D

D

+5D

+5D

+5D

+5D

+5D

XCSD EBU G

BX WE 0BX WE 1XI CI OR DXICIOW R

BXR D

BX 8W E

BX8R D

GDB_TXD

GDB _RTS

GDB_ RX D

GDB _CTS

RS422 connectorfor the GDB

TC

LED6 TLOU1002A NIU

12

BD1 5 T ES TLAND1R2S1

NIU

9

D68

D5D46

D35

D24

D13

D02

OE1

CK11

12

Q6 13

Q5 14

Q4 15

Q3 16

Q2Q1 18

Q0 19

VCC

20G

ND

10

BA10 TES TLAND1R2 S1

RA20 5EX B28V@J XNIU1 8

23 64 5

IC 89ATC H32F U

<C onstan t>

1

2

L TLOU1002A NIU

12

BD1 1 T ES TLAND1R2S1

BD 4 T ES TLAND1R2S1

R 255

RPC05T @J

NIU

LED8 TLOU1002A NIU

12

R 245RPC05T @J

NIU

LED9 TLOU1002A NIU

12

R 251

RPC05T @J

NIU

BD ES TLAND1R2S1

BX WE 1 T ES TLAND1R2 S1

SW 6A6H -8101

NIU

1 2 3 4 5 6 8910111213141516

BA15 TES TLAND1R2 S1

R 249

RPC05T @J

NIU

IC 89BTC H32F U

<C onstan t>

5

63

LED1 0 TLOU1002A NIU

12

BA20 TES TLAND1R2S1BA3 TES TLAND1R2S1

IC90SNNIU

1B 1

1A 21R3

1DE4

2R5 2A 6

2BGN

D8

2D9 2Y 10

2Z 112DE12

1Z 13

1Y 141D15

VCC

16

BX WE 2 T ES TLAND1R2 S1

BA23 TES TLAND1R2S1

BXRD 0 T ES TLAND1R2S1

R 246RPC05T @J

NIU

JK 3

NIU

1

2

3

4

5

6

8

102030

BD1 2 T ES TLAND1R2S1

R 254

RPC05T @J

NIU

BA16 TES TLAND1R2S1

BA11 TES TLAND1R2 S1

BD 8 T ES TLAND1R2S1

C 389GRM188@

0. 1

BD 5 T ES TLAND1R2S1

R 248NIU

BD 1 T ES TLAND1R2S1

BX WE 3 T ES TLAND1R2 S1BA4 TES TLAND1R2S1

BA13 TES TLAND1R2 S1

RA20 3

EXBE10C@ J10k

12 3 4 5 6 8 9

10

BA21 TES TLAND1R2S1

R 253

RPC05T @J

NIU

TES TLAND1R2S1

BA12 TES TLAND1R2 S1

BA0 TES TLAND1R2S1

BD1 3 T ES TLAND1R2S1

R 250

RPC05T @J

NIU

C 392GRM31@

NIU

IC88

4LV245A-PW

DIR1

A12A23A34A45A56A6

8A89

GN

D10

B8 1112

B6 13

B5 14

B4 15

B3 16

B2B1 18

OE19

VCC

20

RNIU

BD 6 T ES TLAND1R2S1

BD 2 T ES TLAND1R2S1

BD 9 T ES TLAND1R2S1

BA5 TES TLAND1R2S1

C 391

GRM188@0. 1

TES TLAND1R2S1

BX WE 0 T ES TLAND1R2 S1

BA22 TES TLAND1R2S1

BA18 TES TLAND1R2S1

R 252

RPC05T @J

NIU

BD 0 T ES TLAND1R2S1

BD1 4 T ES TLAND1R2S1

BA8 TES TLAND1R2S1

C 390GRM188@

0. 1

BD 3 T ES TLAND1R2S1

BA1 TES TLAND1R2S1

LED3 TLOU1002A NIU

12

BA9 TES TLAND1R2S1

BA6 TES TLAND1R2S1

IC 89CTC H32F U<C onstan t>

84

LED4 TLOU1002A NIU

12

BA14 TES TLAND1R2 S1

BA2 TES TLAND1R2S1

LED5 TLOU1002A NIU

12

BA19 TES TLAND1R2S1

RA20 4EX B28V@J XNIU1 8

23 64 5

BD1 0 T ES TLAND1R2S1

E-80June 2006

110033110022

CIRCUIT BOARD ASSY 7778011000 (SUB CPU)

E-80June 2006

110055110044

CIRCUIT DIAGRAM (SUB CPU)

LSD0LSD1P3 2LSD3LSD4LSD5LSD6

DBPULSELSSC1LSSC2

P07P06

LLCK2

SSENSUB_TXDSUB_RXD

LLCK1

ESD3

ESD1ESD0SDA

ESD2

SCK

AN0AN1

FCNVSS

XRES

FRES

MIDI_T X

XRES

DBPULSE

LSD7

LSD7LSD6LSD5LSD4LSD3LSD2LSD1LSD0

LSD6LSD5LSD4LSD3LSD2LSD1LSD0

ESD3ESD2ESD1ESD0

SSENLLCK1LLCK2

LSSC0LSSC1LSSC2LSSC3

DBPULSEOUT

DBEAM

ESSC1ESSC0

DBEAM

LSD[0..7]

MIDI_R X

FSCLKFBUSY

FTXDFRES

FCNVSS

FCEFRXD

P07P07

P3 2

P3 7

FBUSY

ESSC1

FSCLK

ESSC0

FTXD

FRXD

LSSC3

FCE

LSD2

FRP

SW3_ 6

P05

LSSC0

P06P06

P05P05

P04P04

P07P06P05P04

P3 7P3 2

ESSC1ESSC0

LSSC3

SW3_ 6LSD2

SUB_RXDSUB_TXDMIDI_TXMIDI_RXXRES

AN0

ESD3ESD2ESD1ESD0

DBPULS E

SUST

FOOT

AN1

SUB_RXD

P04

DBPULSE

LSSC0

P37 XADT

DBPULSEOUT

LSSC0

LSD7

XADT

LSD7

FRP

FOOTSUST

SDASCK

SUB_TXD

SW3_ 6

D

D

D

DD

D

D

D

D

D

D

+5VD

+5VD

+5VD

+5VD

+5V D

D

D

D D

+5V D

D

D

+5VD

+5VD

D

D

+5VD

D

+5VD

D

D

+5V D

D

+5VD

D

+5VD

D

D

D

D

+12V-12VD

D

D

D

+5V D

D

+5VD

+5VD

D

D DD

+5VD

+5VD

+5VD

D

+5VREF+5VD

D

+12V

+12V -12V

+5VREF

+5V D

+5V D

+5VD

D

D

D

D

-12V

D

D D

D

DD

+5VD +5VD

D

D

D

D

+5VD

D

+5VD

+5VD

D

+5VD

+5VD

D

D

D

+5VD

D

D

+5V D

D

+5VD

D

D D

OUTTHRU

HoldFootsw

-Pedals-

FootSwitch

FootPedal

F C7P edal

Rear PanelIN

IN

OUT

THRU

From CPU Boar d

For Flash Programming only

To PowerDistributionB.

To Bounce B.

To Bounce B.

Switch UP-SIDE ----> Built-in Flash Progr .

Switch DOWN-SIDE ----> Normal Mode

FOOT

SUST

EXPJ

FC7 To Bounce B.

MIDI

P EDALS

MIDI/SUBCPU Board

XR7 DBPULSE:T=1.0 ms Th=30.6us D+=3%

Scambiata P33 con P32 per la Progr .

To Jack B.

Flash Programming by-pass

(CN4)

(CN6)

(CN8)

(CN15)

Write Progr.Flash /Normal Mode onthe silkscreen at the switch sides

(CN14)

(CN11)

IC3---->NIU, R34----> 0when Flash----->Mask

TP

TP2

TP

TP2

1 2

4 3

X18MHzX18MHz

R3 9100

TP

TP1

TP

12

3

D19 MA147D19 MA147

C2 722pF

7

L53

N2012Z601T0

L38N2012Z601T 0L38N2012Z601T 0

C6100nF

45

RA2 D

4x0

NIU

D

12

3

D17 MA147D17 MA147

L25

N2012Z601T 0

L25

N2012Z601T 0

L3

BK2125HM102

L42

N2012Z601T 0

L42

N2012Z601T 0

C56 100nFC56 100nF

R26100K

34

IC4B74LS05IC4B74LS05

L29

N2012Z601T 0

L29

N2012Z601T 0

C2 122pF

C4100nFF

C7100nFC7100nF

R4 9

NIU

C2622pF

R7347KR7347K

R7 510K

R3522KR3522K

R3 40NIU

R3 40NIU

R6 1

1K1K

C5022pFC5022pF

L41

N2012Z601T 0

L41

N2012Z601T 0

R6 3

1K

12

3

D12MA147

2

84

IC2DTC7WU04 FF

4

21

6

3

5

SW1SSSS2-22-01

L17

BK2125HM102

L17

BK2125HM102

C43100nFC43100nF

C3 122pF

4

21

6

3

5

SW3SSSS2-22-01SW3SSSS2-22-01

C44100nFC44100nF

L52

N2012Z601T0

3

21

JK3HLJ0520-01-010

P02/CMP1 29P01/CMP0 28P00/CAP0 27

P37/INT0 26P36/INT1 25

P35 24P34 23

P33/INT1 22

P14/CNTR03P13/SRDY12P12/SCLK11P11/TXD136P10/RXD135

P30/CMP1 19P31/CMP2 20P32/CMP3 21

VCC

15VS

S18

CNVSS14

VREF12

P24/AN48P23/AN37P22/AN26P21/AN15P20/AN04

XOUT17

XIN16

RES13

P25/AN59 P26/AN610 P27/AN711

P07/SRDY2 34

P06/SCLK2 33P05/TXD2 32P04/RXD2 31

P03/TXOUT 30

IC1M37542F8F PIC1M37542F8F P

L12

BK2125HM102

L32

N2012Z601T 0

1

2

53

4

IC3TC7S08 FIC3TC7S08 F

L40

N2012Z601T 0

L40

N2012Z601T 0

2

13 Q1

DTA124

3 6

RA3 CCC5 2 1 00nF00nF

31

2

JK5HLJ0520-01-110

12

3

D10MA14 77

C2 547uF

5

C1 122pF

C222pFC222pF

L39

N2012Z601T 0

L39

N2012Z601T 0

R7 73K3NIU

C3 022pF

R11 1KK

R5 722KR5 722K

L11

L8

R5 0NIUU

R7 610K

C4 6100nFC4 6100nF

C3547uF

C3447uFF

1312

147IC4F

74LS05IC4F74LS05

6

57

+

-

IC11BBA5218

+

-

321

CN653014-0310

R6 2

12

3

D6MA147D6MA147

L44

N2012Z601T 0

L44

N2012Z601T 0

NC11LA2LC3NC24 GND 5OUT 6EN 7VCC 8

IC96N13 7IC96N13 7

L10

C122pFC122pF

C5 7 1C5

C4 810uFC4 810uF

C2 022pF

L5

345678

21

CN7B8B-PH-K- SCN7B8B-PH-K- S

TP7TP7

2 4

53

1

IC10TC7S04FIC10TC7S04F

R27

10010

R3 822KK

R5 547R5 547

L54

L50N2012Z601T 0L50

R3 1 0NIU

1 0NIU

R1 74K7R1 74K7

3 5

IC2BTC7WU04 FIC2BTC7WU04 F

12

3

D18 MA147MA147

C3 8470nFC3 8470nF

L23

BK2125HM102

31

2

JK2HLJ0520-01-110JK2HLJ0520-01-110

C19100nFC19100nF

C1 622pFF

L56

BK2125HM102

C3 9100uFC3 9100uF

R1 84K7

L24

C1522pFC1522pF

C9100nF

R1 2 1KR1 2 1K

R6 4

TP

TP6TP

R3 622KR3 622K

C3 322pFC3 322pF

R330NIU

C4 210uF

6 2IC2CTC7WU04FIC2CTC7WU04F

L49

N2012Z601T 0

R4 7NIUR4 7NIU

L51

N2012Z601T0

1110

IC4E74LS05IC4E

345678

21

910

CN853014-1010

TP13TP13

2 7

RA4 B

4x22

RA4 B

4x22

C2 322pF

4 5678

321

RA54x15KRA54x15K

C1422pF

L4

R7 1NIUR7 1NIU

4 5

RA2 CC

R2 1NIU

L43

N2012Z601T 0

L43

N2012Z601T 0

12

3

D13MA147D13MA147

R690R690

C4 7NIUU

2

31

+

-

IC11 ABA521 8

+

-

R4 622K

R1 93K3R1 93K3

4 5

RA3 DD

L34

L57

C8100nF

L14

C2 822pFC2 822pF

C3 710uFC3 710uF

321

CN5B3B-PH-K-S

R4 810K

R2470R2470

C2222pF

R5 210K

L30

R68NIUR68NIU

L35

4 5

RA4 D

4x22

RA4 D

4x22

R4 422KR4 422K

R1 3 1KK

R8 220R8 220

R1 1MR1 1M

345678

21

9101112131415

CN353014-1510

2

1

34

5

67

8

91112152223

25 24 20 19 16

JK1YKF51-5046JK1YKF51-5046

L13

C3 222pFC3 222pF

12

3

D7MA147D7MA147

R31K88

C5100nFC5100nF

R4 30R4 30

C53 FC53 F

12

3

D15 MA147MA147

R4470K

L48

C1 322pFF

C4110nFC4110nF

L7

R5 1NIU

TP11

C4 910uFC4 910uF

R7 220R7 220

R15 100R15 100

R3 20 NIUIU

L27

N2012Z601T 0

L27

N2012Z601T 0

L22

BK2125HM102

L22

BK2125HM102

TP9TP9

12

3

D11MA147D11MA147

L9

TP

TP4

TP

TP4

C1 722pF

R410 NIUIU

2 7

RA2 BB

98

IC4D74LS05IC4D

4 52

1 3

6 7

810 9

JK4YKF51-5001

R1 64K7R1 64K7

2 7

RA3 BB

R4 0

22

R4 0

22

L21

BK2125HM102

L21

BK2125HM102

12

3

D9MA147D9MA147

C54

XIN1

S13 LF4

VSS

5

FSOUT 6

S07

VDD

8

XOUT2

IC13FS781BZBTNIUU

C347uF

R4 5 0NIUR4 5 0NIU

L26

N2012Z601T 0

L26

N2012Z601T 0

456789

32

110

RA18x10K

L16

BK2125HM102

L16

BK2125HM102

L37N2012Z601T0

L47

C10NIUC10NIU

L20

BK2125HM102

L20

BK2125HM102

L45N2012Z601T 00

C4 5100nF

R14 120R14 120

C5 8100nFNIU

C5 8100nFNIU

R5 60NIU0

C1 822pFF

L33

C55

C5 91.5nF

NIUU

TP

TP5TP

R10 220R10 220

C4 0 1uF

R2 210K

L15

BK2125HM102

L15

BK2125HM102

C5 1

L19

BK2125HM102

L19

BK2125HM102

12

3

D20D20

TP8TP8

L31

R3 722K

L59BK2125HM102

C6 01.5nFNIU

C6 01.5nFNIU

C36100nFC36100nF

R29100K

R9 220R9 220

R4 2

100

R4 2

100

C2922pFF

C2422pF

L58

L55N2012Z601T0

56

IC4C74LS05

R5 9

12

IC4A74LS05IC4A74LS05

1 8

RA4 A

4x22

RA4 A

4x22

C1 222pF

579

31 2

46810

CN13M.10 PP

L46

L28

N2012Z601T 0

L28

N2012Z601T 0

D8EDZ5V1B TE6 11

84

+

- IC11 CBA521 8

+

- IC11 CBA521 8

L6

L36

TP1 0TP1 0

R6 710KR6 710K

R7 00R7 00

12

3

D16D16

R7 422KR7 422K

R5 8

3 6

RA4 C

4x22

RA4 C

4x22

4

21

6

3

5

SW2SSSS2-22-01SW2SSSS2-22-01

12

3

D144

1 7

IC2ATC7WU04F

R28 270R28 270

R7 222KR7 222K

1 8

RA3 AA

1 8

RA2 AA

R6 0

345678

21

91011121314

CN253014-1410

TP

TP3TP

E-80June 2006

110077110066

CIRCUIT BOARD ASSY 7773501001 (HARMONY)

E-80June 2006

110099110088

L_LIMI T H_LIMI T

H_LIMI T

H_LIMI TL_LIMI T

L_LIMI T

A AA A

2- 12- 1 2- 1

2+ 1 2+ 12+ 1

2- 1

2+ 12+ 1 2+ 1

2- 1

A

2- 1

A

D

+5A

D

+5A

+5A

D

A

A

A

A

D

A

A

+5A

A

A

A

A

D

A

A

A

A

A

AA

A

A

A

A

A

A

A

D

A

A

+5D+5D+5D 2+ 1 2+ 1

D

D

+5D

2- 1

2- 1

+5A

A

2+ 1

A

2- 12- 12- 1

A

A

AA

A

A

A

A

A

A

AA

A

A A A DDA

XPD

BCKMCK

MCK

BCK

LRCK

LRCK

AD_DATA

XPD

DA_DATA

XRESET

XMUTE

From Digital PART

Lch

Rch

(256fs)

Fc=21kHz

(256fs)

Fc=146kHz

(64fs)

Fc=21kHz

INPUT LEVEL : 2Vrms

INPUT

(20bit MSB Justified)

Fc=146kHz

From Digital PART

AUDIO SERIAL I/F Format(D/A)

INPUT IMP :20kohm

(64fs)

OUTPUT

Power Supply

To Digital PART

1.AGND2.INPUT3.AGND

1.OUTPUT L2.AGND3.OUTPUT R

4.AGND

1.VA+2.AGND3.VA-4.AGND5.VCC6.VCC7.DGND8.DGND9.DGND

C9 110/16

C2030. 1C2030. 1

R1090R1090

R7 715kR7 715k

R1016.8k

C1380. 10. 1

C5 7100/16

C5 7100/16

L3

EXCML20A @39

L3

R7 115k

1

R11510kR11510k

C2010. 10. 1

R4 822kR4 822k

R8 010k

R1171.2kR1171.2k

R9 722k

C6 00. 1C6 00. 1

C11910/1610/16

R3 833kR3 833k

C7 510/16C7 510/16

R7 01k1k

C1131500pC1131500p

C12010/16C12010/16

C1280. 1C1280. 1

C8 13300 pC8 13300 p

R5 5330R5 5330

R6 5330R6 5330

C1150. 1C1150. 1 R114

10k

12 D2

1SS352D21SS352

C9 210/16

C2040. 1C2040. 1

R3 933k

R8 722kR8 722k

84

+

-

IC12CUPC4570G

+

-

C8 210/16C8 210/16

L1EXCML20A @39

L1EXCML20A @39

1

32

Q72SA1586GR

2

31

+

-

IC18AUPC4570G

+

-

R8 12.2k

R9 610k

84

+

-

IC19CUPC4570G

+

-

R7 910

910

C1250. 10. 1

C6 40. 1C6 40. 1

C11110/1610/16

C1290. 1C1290. 1

R4 510kR4 510k

R12422k

R4 633kR4 633k

C1012700p

21

3

DA1DA204UDA204U

R11122kR11122k

L2

EXCML20A @39

L2

EXCML20A @39

R9 010k

C9 310/25

C9 010/16

C9 90. 10. 1

R7 815k

R9 31.2kR9 31.2k2

31

+

-

IC19AUPC4570G

+

-

IC19AUPC4570G

R6 26.8kR6 26.8k

R119220R119220

R9 9220k

C1320. 1C1320. 1

IN 1OUT3

COM

2

IC11TA7805FIC11TA7805F

C5 90. 1C5 90. 1

C2050. 1C2050. 1

C8 03300pC8 03300p

C10410/16

R4 422kR4 422k

R6 01.8kR6 01.8k

2

31

+

-

IC14AUPC4570G

+

-

IC14AUPC4570G

C1300. 1C1300. 1

R10510k

C1082700p

R4 26.8kR4 26.8k

R12110k

R201NIUU

R5 93.3kR5 93.3k

R5 22.2kR5 22.2k

C6910/16

R4 96.8kR4 96.8k

C1000. 10. 1

1

23

Q82SC4116G RR

R8 310k

R9 41k

4

R1042.2k

R5 0220R5 0220

6

57

+

-

IC20BM5218AFP

+

-

C5 80. 1C5 80. 1

C1021000p

C11810/16C118

R7 53.3kR7 53.3k

2

31

+

-

IC15AUPC4570G

+

-

IC15AUPC4570G

R1083.3kR1083.3k

84

+

-

IC15CUPC4570G

+

-

C7 00. 1C7 00. 1

C1340. 1C1340. 1

R4 033kR4 033k

1

23

Q92SC4213 AA

84

+

-

IC14CUPC4570G

+

-

C1142700p

R10610kR10610k

R4 718kR4 718k C7 3

1500pC7 31500p

C8 83300pC8 83300p

C10310pC10310p

C6 810/16

R5322kR5322k

1

32

Q5DTA114E KK

R12222k

C1161000p

2

31

+

-

IC12AUPC4570G

+

-

IC12AUPC4570G

C7 10. 1C7 10. 1

C6 710/16C6 710/16

C1350. 1C1350. 1

6

57

+

-

IC12BUPC4570G

+

-

IC12BUPC4570G

AINR+ 1

AINR- 2

VREF 3VA

4AG

ND

5

AINL + 6

AINL - 7

TST18

HPFE9

TST210 TST311

VD12

DG

ND

13

TST414

SMODE215 PD16

MCL K17

SCL K18LRCK19

FSYNC20SDATA21

CMODE22 SMODE123

VB24

IC16AK5351-VF

C1222700p

C1102200p

C9 7220p

C7 610pC7 610p

R4 31010

R1181kR1181k

112233

CN3

53014-0310

C11710pC11710p

C9 410/16

R8 92.2k

R125220kR125220k

R9 822kR9 822k

112233

4455

667788

99

CN1

POWER DISTR. B.TO

(CN4)

JACK B.TO

(CN2)

JACK B.TO

(CN1)

53014-0910

84

+

-

IC20CM5218AFP

+

-

C7910/16C7910/16

C1360. 1C1360. 1

R5 4220kR5 4220k

84

+

-

IC18CUPC4570G

+

-

C1242200pC1242200p

C112220pC112220p

DVS

S1

DV

DD

2

CKS3 MCL K4

PD5

BICK6

SDATA7LRCK8

SMUTE9DFS10

DEM011 DEM112

DIF013 DIF114 DIF215

AOUTR- 16

AOUTR+ 17

AOUTL - 18

AOUTL + 19

AVSS

20

VREF 21

AVD

D22

DZFR 23

DZFL 24

IC17AK4324IC17AK4324

C6 60. 1C6 60. 1

C9 510/16

R7 3100

R5 1330R5 1330

2

31

+

-

IC20AM5218AFP

+

-

21

3

DA2DA204U

R10710kR10710k

C2020. 1C2020. 1

R8 60

6

57

+

-

IC14BUPC4570G

+

-

IC14BUPC4570G

C10 710/16

R8 410k

4R8 210k

R10210k10k

C7 20. 1

C1370. 1C1370. 1

C61100/1 6C61100/1 6

R7 46.8kR7 4

R4 15.6kR4 15.6k

R11222kR11222k

C109220p

C7 710pC7 710p

R9 5220

50

R10022kR10022k

C10510/16

1

32

Q6DTA114E KK

R6 9330

1

23

Q102SC4213 A

Q102SC4213 A

R9 110k

110k

R8 53.3k

5

112233

44

CN2

53014-0410

C12 110/16C12 110/16

6

57

+

-

IC19BUPC4570G

+

-

12

D11SS352

C7 810/16C7 810/16

C1310. 1C1310. 1

C65100/1 6C65100/1 6

R7 63.3k

R7 6

C7 40. 1C7 40. 1

C123220p

C8 510pC8 510p

6

57

+

-

IC18BUPC4570G

+

-R1132.2kR1132.2k

C6 20. 11

R12322k

C9 610/16

R7 26.8k

R8 822kR8 822k

R6 62.2kR6 62.2k

C9 81500p

C10610/16C10610/16

C1270. 1C1270. 1

C63330/6. 33

R1266.8kR1266.8k

6

57

+

-

IC15BUPC4570G

+

-

CIRCUIT DIAGRAM (HARMONY 1/2)

E-80June 2006

111111110

CIRCUIT DIAGRAM (HARMONY 2/2)

CS0

MIDI_I N

MIDI_OUT

S_IN 0

S_OUT0

S_IN 1

S_OUT1

MD2

XMOD E

CS1

EA

B[

0..8

]

EAB2

EAB2

EAB1

EAB8

EAB6

EAB5

EAB3

EAB3

EAB6EAB7

EAB7

EAB5EAB4

EAB1

EAB0

EAB0

EAB8

EAB4

XESP_CSA

TS0

TS4

TS2

TS[0

..5]

TR0TR1

TR4

TS3

TS2

TR5

TR0

TS5

TR2TS1

TR3

TR3

EAA3

EAA6

EAA0

TR[0

..5]

EAA8

EAA5

EAA1EAA0

EAA8

EAA6

EAA3EAA2

EAA7

EAA4

EAA2

EAA5EAA4

EAA1

EA

A[

0..8

]

EAA7

AD_DATA

TR2TS1

TR4

TS4

DA_DATA

TR1

TR5

LRCK

MCK

TS3

TS0

BCK

XHW R

XESP_CSB

XRD

EDB1 7

EDB1 5

EDB1 4

EDB2 2

EDB1 6

EDB2 1

EDB1 9

EDB1 3

EDB1 8

EDB2 1

EDB[12..23]

EDB1 2

EDB1 8

EDB1 3

EDB1 2

EDB2 3

EDB1 9

EDB1 4

EDB2 3

EDB2 0

EDB1 6EDB1 7

EDB1 5

EDB2 0

EDB2 2EDA2 2

EDA1 5EDA1 4

EDA2 1

EDA1 6

EDA1 3

EDA1 2

EDA1 7EDA1 6

EDA1 4

EDA1 7

EDA1 9EDA2 0EDA2 1

EDA1 3

EDA2 2

EDA1 5

EDA1 8

EDA1 8

EDA2 3

EDA2 3

EDA1 2

EDA[12..23]

EDA1 9EDA2 0

A18

A16A17

A5

A9

A9

A2A1

A0

A13

A10A9

A11A7

A7

A2

A1

A12

A4A4

A5

A5

A[0..19]

A12

A14

A0A6 A0

A16

A4

A13

A13

A8A6

A1

A12

A7A2

A11

A11

A10

A2A3

A3

A13

A10

A8

A8

A6A6

A6

A15

A3

A14

A5

A8A11

A4

A7 A1

A12A11

A4

A14A10

A9

A1

A13

A8

A7

A3

A10

A15

A9A2

A0

A3

A15 A12

A5

A17

A19A18

A19A18A17A16

D5

D12

D10

D12

D9D10

D5

D[0..15]

D10

D7

D8

D7

D0

D9D10

D12

D15

D12

D0

D4

D15

D9

D6

D7

D1

D12

D10

D1

D11

D2D1

D4

D9

D8

D2

D6

D8

D3

D8

D3

D2

D14

D8

D13

D15

D6

D11

D4D5

D11

D13

D11

D3

D0

D14

D13

D9

D15D14D13

D11

D13

D15D14

D[0..15]

D14

TS5

A19

A19

D

D

D

+5D

+5D

D

D

+5D

D

+5D

+5D

D

+5D

D

D

D

+5D

D

DD

+5D

D

+5D

D

+5D

D

D D D D

+5D

D

+5D

D

+5D

D

D

D

D

+5D

+5D

D

D

D

+5D

+5D

D

+5D

D

D

+5D

+5D+5D

+D 3.3

+D 3.3 +D 3.3

+5D

+5D

D

D

+5D

+5D

DD

+5D

D D

+5D

D

D

D

D

D D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D +5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

+5D

F F F F

+5D

+5D

XRESET

XMOD E

XHW R

XESP_CSB

XRD

XHW R

XRESET_IN

RXD1

TXD1

XRESET_IN

RXD1TXD1

XESP_CSA

VPP_CTRL

RY/BY#

XMUTE

XPD

XMODE

MD2

MD2

PB3

PB3

XROM_CS

XRESET

XRD

ESP_OS C

XHW R

TRCKO_ 1

TRCKO_ 2

BCK

XRD

TRCKO_ 1

TRCKO_ 2

MCK

LRCK

DA_DATA

AD_DATA

XESP_CSA

ESP_OSC

XRD

XESP_CSB

XROM_CS

VPP_CTRLXHW R

RY/BY#

XWP

XWP

XRESET

(256fs)

(64fs)

ESP A ESP B

ROM:ESP A ESP B

60000hROM: 600000h

ROM: 68000hROM: 608000h

MODE IN CPU MODE

LH

MODE4 (EXTERNAL ROM)MODE5 (INTERNAL ROM)

MODE SET

2.MODE IN3.MODE CTL

for Mode Set

1.DGND

SERIAL I/O

for UPDATE the CPU's INTERNALROM

(TEST PIN)

for Test Mode

(TEST PIN)

(TEST PIN)

2.DGND3.MIDI OUT

1.MIDI IN

4.DGND5.RESET

To Analog PART

9.25

1

23

Q2DTC114E KK

C210. 1C210. 1

C4 30. 1C4 30. 1

R3 6220R3 6220

R3 347k

11

22

33

44

55

CN101

NIU

C1 00. 1C1 00. 1

11

22

CN102

NIU

CN102

NIU

C3 110/16C3 110/16

R1

100

R1

100

C1 510/16C1 510/16

C1490. 1C1490. 1

C5 30. 1C5 30. 1

123456789 10

RA5EXBE10C@J47k

C1400. 1C1400. 1

C20. 1C20. 1

R3 7220R3 7220

C2 20. 1C2 20. 1

R2 03.3k

R2 947kR2 947k

C1 10. 1C1 10. 1

1

32

Q1RN2421

C3 210/16C3 210/16

VD

D5

1

ED02

ED13

ED24

ED35

VSS

6

ED47

ED58

ED69

ED710

VD

D5

11

WE12

CAS13

RAS14

VSS

15

EA016

EA117

VD

D3

18

EA219

EA320

EA421

VSS

22

EA523

EA624

EA725

VD

D5

26

EA827

EA928

VSS

29

OSC30

TESTB31

ED832

ED933

ED1 034

ED1 135

VSS

36

VD

D5

37

ED1 238

ED1 339

ED1 440

ED1 541

ED1 642

ED1 743

VSS

44

ED1 845

ED1 946

ED2 047

ED2 148

ED2 249

ED2 350

VD

D5

51

RST252

RST153

VPOUT54

VSS

55

TRCKI N56

TRR057

TRR158

VD

D3

59

TRR260

TRR361

TRR462

TRR563

VSS

64

DIRECT65

CTYPE66

EAMPX67

RFRSH68

PWRSA V69

GRAMC70

SHRMD71

VSS

72

VD

D5

73

INT174

INT075

XTESTT76

CS77

WR78

RD79

VSS

80

CA1 381

CA1 282

CA1 183

CA1 084

VSS

85

CA986

CA887

CA788

CA689

VD

D5

90

CA591

CA492

VD

D3

93

CA394

CA295

CA196

CA097

VSS

98

CD799

CD6100

VD

D5

101

CD5102

CD4103

CD3104

CD2105

CD1106

CD0107

VSS

108

VD

D5

109

TRS5110

TRS4111

TRS3112

TRS2113

TRS1114

TRS0115

VSS

116

TRCKO117

DA7118

DA6119

VD

D5

120

DA5121

DA4122

DA3123

VSS

124

DA2125

DA1126

DA0127

VD

D3

128

AD3129

AD2130

XTESTS131

AD1132

AD0133

LRCK1134

LRCK0135

VSS

136

BCK1137

BCK0138

MCK1139

VD

D5

140

MCK0141

SYO142

SYI143

VSS

144

IC3

TC223C080AF-101(ESP4 )

IC3

C1 610/16C1 610/16

C5 40. 10.

18

27

36

45

RA3EXBV8V@JV47k

C1390. 1C1390. 1

C30. 1C30. 1

C1 20. 1C1 20. 1

R3 047kR3 047k

C2 30. 1C2 30. 1

R2 447kR2 447k

R1 4100R1 4

C5 50. 1

51

1 82 73 64 5

RA6EXBV8V@JV

47k

RA6EXBV8V@JV

47k

C3 3100/16

C3 3100/16

C4 00. 11

C40. 1C40. 1

C1 30. 1C1 30. 1

VCC1

DQ12

DQ23

DQ34

DQ45

VCC6

DQ57

DQ68

DQ79

DQ810

NC11

NC12

WE13

RAS14

NC15

A016

A117

A218

A319

VCC20

VSS21

A422

A523

A624

A725

A826

OE27

UCAS28

LCAS29

NC30

DQ931

DQ1 032

DQ1 133

DQ1 234

VSS35

DQ1 336

DQ1 437

DQ1 538

DQ1 639

VSS40

IC8

AS4C256K16E0-50JC

C4 512pC4 512p

R3 11MR3 11M

11

22

33

44

55

66

77

CN103

NIUNIU

C14710/16C14710/16

C2 40. 1C2 40. 1

C14 30. 1C14 30. 1

VC

C1

CS7/TP8/PB0/*2

CS6/TP9/PB1/*3

CS5/TP10/PB2 *4

CS4/TP11/PB3/ *5

TP12/PB46

TP13/PB57

TP14/PB68

TP15/PB79

RESO/FWE10

VSS

11

TXD0/P9012

TXD1/P9113

RXD0/P9214

RXD1/P9315

IRQ4/SCK0/P9416

IRQ5/SCK1/P9517

D0/P4018

D1/P4119

D2/P4220

D3/P4321

VSS

22

D4/P4423

D5/P4524

D6/P4625

D7/P4726

D8/P3027

D9/P3128

D10/P3229

D11/P3330

D12/P3431

D13/P3532

D14/P3633

D15/P3734

VC

C35

P10/A036

P11/A137

P12/A238

P13/A339

P14/A440

P15/A541

P16/A642

P17/A743

VSS

44

P20/A845

P21/A946

P22/A1 047

P23/A1 148

P24/A1 249

P25/A1 350

P26/A1 451

P27/A1 552

P50/A1 653

P51/A1 754

P52/A1 855

P53/A1 956

VSS

57

P60/WAI T58

P61/BREQ59

P62/BACK60

P67/FAI61

STBY62

RES63

NMI64

VSS

65

EXTAL66

XTAL67

VC

C68

P63/A S69

P64/R D70

P65/HWR71

P66/LW R72

MD073

MD174

MD275

AVCC76

VREF77

AN0/P7078

AN1/P7179

AN2/P7280

AN3/P7381

AN4/P7482

AN5/P7583

DA0/AN6/P7684

DA1/AN7/P7785

AVSS86

IRQ0/P8087

CS3/IRQ1/P8188

CS2/IRQ2/P8289

ADTRG/CS1/IRQ3 /90

CS0/P8491

VSS

92

TCLKA/TP0/PA093

TCLKB/TP1/PA194

TCLKC/TP2/PA2/*95

TCLKD/TP3/PA3/*96

A23/TP4/PA4/*97

A22/TP5/PA5/*98

A21/TP6/PA6/*99

A20/TP7/PA7/*100

IC4

HD6433060F @02456634

R50547kR50547k

14

X2MA-406@16.000MHz

X2

R1 3100R1 3100

R1 93.3k

1 82 73 64 5

RA501

EXBV8V@JV47k

18273645

RA7EXBV8V@JV47k

RA7EXBV8V@JV47k

C4 10. 11

C50. 1C50. 1

VCC1

DQ12

DQ23

DQ34

DQ45

VCC6

DQ57

DQ68

DQ79

DQ810

NC11

NC12

WE13

RAS14

NC15

A016

A117

A218

A319

VCC20

VSS21

A422

A523

A624

A725

A826

OE27

UCAS28

LCAS29

NC30

DQ931

DQ1032

DQ1133

DQ1234

VSS35

DQ1336

DQ1437

DQ1538

DQ1639

VSS40

IC7

AS4C256K16E0-50JC

C4 615p

R2 2100kR2 2100k

C2 50. 1C2 50. 1

C1450. 10. 1

A151

A142

A133

A124

A115

A106

A97

A88

NC9

NC10

WE11

RP12

VPP13

WP14

RY/BY15

A1816

A1717

A718

A619

A520

A421

A322

A223

A124

A025

CE26

GND27

OE28

DQ029

DQ830

DQ131

DQ932

DQ233

DQ1 034

DQ335

DQ1 136

VCC37

DQ438

DQ1 239

DQ540

DQ1 341

DQ642

DQ1 443

DQ744

A-1/DQ1 545

GND46

BYTE47

A1648

IC1LH28F400BVE-BL85@

C206100/16

C206100/16

C1440. 1C1440. 1

R3 51kR3 51k

C5 110/16C5 110/16

R1 247kR1 247k

C1 80. 1C1 80. 1

R2 347kR2 347k

R347k

C60. 1C60. 1

R5010R5010

R1 547kR1 547k

OE1

GND2

OUT3

VDD4

X1SG-8002JC@

67.7376MHz

C4 70. 1C4 70. 1

C4 40. 1C4 40. 1

VD

D5

1

ED02

ED13

ED24

ED35

VSS

6

ED47

ED58

ED69

ED710

VD

D5

11

WE12

CAS13

RAS14

VSS

15

EA 016

EA 117

VD

D3

18

EA 219

EA 320

EA 421

VSS

22

EA 523

EA 624

EA 725

VD

D5

26

EA 827

EA 928

VSS

29

OSC30

TESTB31

ED832

ED933

ED1034

ED1135

VSS

36

VD

D5

37

ED1238

ED1339

ED1440

ED1541

ED1642

ED1743

VSS

44

ED1845

ED1946

ED2047

ED2148

ED2249

ED2350

VD

D5

51

RST252

RST153

VPOUT54

VSS

55

TRCKI N56

TRR057

TRR158

VD

D3

59

TRR260

TRR361

TRR462

TRR563

VSS

64

DIRECT65

CTYPE66

EAMPX67

RFRSH68

PWRSAV69

GRAMC70

SHRMD71

VSS

72

VD

D5

73

INT174

INT075

XTESTT76

CS77

WR78

RD79

VSS

80

CA1381

CA1282

CA1183

CA1084

VSS

85

CA986

CA887

CA788

CA689

VD

D5

90

CA591

CA492

VD

D3

93

CA394

CA295

CA196

CA097

VSS

98

CD799

CD6100

VD

D5

101

CD5102

CD4103

CD3104

CD2105

CD1106

CD0107

VSS

108

VD

D5

109

TRS5110

TRS4111

TRS3112

TRS2113

TRS1114

TRS0115

VSS

116

TRCKO117

DA7118

DA6119

VD

D5

120

DA5121

DA4122

DA3123

VSS

124

DA2125

DA1126

DA0127

VD

D3

128

AD3129

AD2130

XTESTS131

AD1132

AD0133

LRCK1134

LRCK0135

VSS

136

BCK1137

BCK0138

MCK1139

VD

D5

140

MCK0141

SYO142

SYI143

VSS

144

IC2

TC223C080AF-101(ESP4 )

IC2

C2 60. 1C2 60. 1

C14610/16C14610/16

R60010k

C207100/16C207100/16

C4 20. 10. 1

C14110/16C14110/16

C5 610/16C5 610/16

C170. 1C170. 1

R2 547kR2 547k

R447kR447k

R3 247kR3 247k

C3 40. 1C3 40. 1

C70. 1C70. 1

R5020R5020

IN1

OUT3

CO

M2

IC21TA48M033FIC21

R1 147k

R1 147k

11

22

33

44

55

CN5TOMAIN B.(CN3)

53014-0510

C4 90. 1C4 90. 1

C2 70. 1C2 70. 1

123456789 10

RA1EXBE10C@J47k

RA1EXBE10C@J47k

C1480. 1C1480. 1

C14210/16C14210/16

A25

A12

Y23

Y16

G11

G27

VC

C8

GN

D4 IC6

TC7WH241F UIC

U

C4 81C4 81

C1 90. 1C1 90. 1

1

32

Q3DTA114E K

Q3DTA114E K

C3 50. 1C3 50. 1

C80. 1C80. 1

R5030R5030

R7100R7100

R2 11kR2 11k

C2 80. 1C2 80. 1

123456789 10

RA2EXBE10C@J47k

RA2EXBE10C@J47k

RS

T6

DLY5

VCC7

GND4

NC1

NC2

NC3

NC8

IC9M51953AFPIC9M51953AFP

R3 4470kR3 4470k

11

22

33

CN4

NIU

CN4

NIU

R50633R50633

C2 00. 1C2 00. 1

1

23

Q4DTC114E KQ4DTC114E K

R2 647k

6

C1500. 11

C3 60. 1C3 60. 1

C90. 1C90. 1

C3 010/16C3 010/16

R5040R5040

R6100

R847kR847k

C1410/16C1410/16

C2 90. 1C2 90. 1

C5 20. 1C5 20. 1

123456789 10

RA4EXBE10C@J47k

C10. 1C10. 1

R5470kR5470k

E-80June 2006

111133111122

CIRCUIT BOARD ASSY 7778010000 (JACK)

View from component side

E-80June 2006

111151114

CIRCUIT DIAGRAM (JACK 1/2)

MICSND

MICRTN

MICSNDMICRTN

MIXSNDL

HARML

MIXSNDR

HARMR

MAINL

MAINR

MAINL

MAINRAMO_FR

AMO_FL

AMO_R

AMO_L

AUXSNDL

AUXSNDR

AMO_LAMO_R

METROANMUTEADCGNDAUXRTNLAUXRTNR

AMO_FL

AMO_FR

MAINL

MAINR

HPL

HPR

LPL

LPR

MIXRTNL

MIXRTNR

XMUTE

MAXXOUTR

XMUTE

XMUTE

HPL

HPR

LPL

LPR

XMUTE

XMUTE

METRO

ANMUTE

XRES5V

AMUTE

AMUTE

XAMUTE

HARML

HARMR

MIXSNDL

ADCGND

MIXSNDR

MIXRTNLMIXRTNR

AUXSNDLAUXSNDR

AUXRTNLAUXRTNR

XAMUTE

XRES5V

XRES3VSCK3VSDA3V

SDASCK

SCKSCK3V SDA3V

SCK3VXRES3V

SCKXRES5V

SDA

XMUTE

MOL

MOR

MAXXINL

MAXXINR

MAXXOUTL

MAXXOUTL

MAXXOUTR

MAXXINL

MAXXINR

SWMUTE

MUTES

MUTER

PASQLCH

PASQLCH

PASQLCH

PASQLCH

PASQLCH

SDA3V

XRES3VXRES5V

SDA

MIXRTNL

MIXRTNR

A

VCC -VCC

VCC -VCC

A

A

A

A

A

A

A

A

A

AAA

A

A

AA

AA

A

A

A

A A

A

AA

AA

A

A

A

A

A

AA

A

A

A

A

A

A A

A

A

A

A

A

D

D+3V3

A+3V3

D

A

A

A

AA

VCC

VCC

VCC

-VCC

-VCC

-VCC

-VCC VCCVCC

A

A

A

A

A A A

AA A

A

A

A

A

A

A AA

A

AA

A

A

A

A

VCC -VCC

AD

+5VD

A

VCC

-VCC

A

VCC

-VCC

+5VD D+3V3 A+3V3

D

A AAA

+12V

-12V

A AA

+12V

-12V

AA A

+12V

-12V

+12V -12V

+12V

-12VDA

D DD

A

A

VCC

A

-VCC

A

VCC-VCC

A

D

A

A

+5VD

D

D

D D

A

A

A

A

A

+5VD

D

D

D

DD

D+3V3

D

DD

D+3V3

D

+5VD

A

A

A

A

-12V

A

A

+12V

D+3V3 +5VD

D

D A

A

A

MOL

MOR

SWMUTE

MUTES

MUTER

XMUTE

EQ

XOVER F ILT ER F OR B i-AMP

(CN2)

To Main B oard

To V olume Board

To Right Panel Board

To Harmony Board

Linkwitz 24dB /oc tave f0=2885Hz -6dB

Freq. 47 Hz, Intensity Adjustable

Fro

m M

ain

Board

+

-

+

MIKE INPUT-

+AUX INPUT

Fro

m H

arm

ony B

oard

+

+

+

+

EQ

MB

AS

S Xover

Active

PHONES

MU

TE

MAINM

UT

E

-

To Bi-Amp Board

Xtal 4MHz, CRC=15nF

-0.8dBu

F.S.F.S.

-0.8dBu

MAINOUTPUT

L/(MONO)

R/(MONO)

Zout: 1kOhm

(CN4)

(CN2)

AUX INPUTL

R

XLR/ TRS phone type

-30 to 0dB u

Zin=22k

MIC/LINE IN

To B i- Amp B oar d

To B i- Amp B oard

MAXXBASS

METRONOME

To PowerDistribution Board

1s t S tage B uffers Near the Maxxbass chip

To Harmony Board

Mike Input S tage

EQ S tage B uffers XOVER Stage BuffersOUT P UT S tage B uff ers

To Tweeter

To Woofer

BuzzerTo Mainboard

(CN12)

0R0

0R0

0R0

0R0

47

47

To SUB CPU(CN6)

Tweeters

Woofers

Swmute=0 POWERAMP SQUELCHED

AMUTE XAMUTE

01

0 1

POW AMP

OFF

ON

SWMUTE MUTER PASQLCH SPEAKER

1

0

ON

OFF0 1

1 0

R74, R103 are NIU with MAXX3000ASG

R92, R108 are NIU with MAXX3000CS

.

2V Drop-out

+

+

(CN2)

(CN6)

(CN3)

(CN6)

(CN2)

C74 has to be 1uF with MAXX3000CS

--

R2804K7

C157100nFC157100nF

R1623K3R1623K3

C133100uFC133

6

57

+

-

IC1BUPC4570G

+

-

R168100K

C120680pF

84

+

-

IC15CBA5218

+

-

IC15CBA5218

R794K7R79

R964K7R964K7

2

31

+

-

IC5AUPC4570G

+

-

IC5AUPC4570G

C878.2nF

7

R1071KR1071K

C1447uFC1447uF

C7847uFC7847uF

2

31

+

-

IC17AUPC4570G

+

-

R105

6K8

R105

6K8

R9210K

C160100nF

C47NIUC47NIU

2

13

Q402SC2412

0

1 2

3

D10MA147D1

R11210KR11210K

R9810K

8

R302K7R302K7

C222100nF

C2182pF

R20947 ohm

321

CN153014-0310

C6622nFC6622nF

C164100nFC164100nF

R116NIU

R2904K7

C97100nFC97

100nF

TP1TP1

6

57

+

-

IC2BUPC4570G

+

-

IC2BUPC4570G

C136

33uF

6

57

+

-

IC7BUPC4570G

+

-

IC7BUPC4570G

R784K7R784K7

R201100K

L18NIUL18NIU

R2714K7R2714K7

345678

21

9101112131415

CN6

53014-1510

C176100nF

6

57

+

-

IC9BBA5218

+

-

C3382nFC3382nF

C4047uF

C36NIU

6

C608.2nF

R514K7

17

C53100uFC53100uF

84

+

-

IC7CUPC4570G

+

-

84

+

-

IC12CBA5218

+

-

R10410K

2

31

+

-

IC8ABA5218

+

-

L8

EXCML16A270U

R286100KR286100K

C22110uF

R9047R9047

R3568KR3568K

1

24

53

IC24 NIUIC24 NIU

C4100pFC4100pF

R56K8R56K8

C13768pF

C150100nF

R300100KR300100K

R127100K

R203NIUNI

1 2

3

D11MA147D1

R190100K

1

23

Q422SC3326Q422SC3326

C1033.9nF

R1922KR1922K

R7100KR7100K

C1091uF

R272 0

R261R261

6

57

+

-

IC10BBA5218

+

-

IC10BBA5218

R11015KR11015K

C428.2nFC428.2nF

C17233uF

2

31

+

-

IC3AUPC4570G

+

- C2833uFC2833uF

C206100uF

2

13

Q382SC2412

8

1

23

Q162SC-3052Q1

C7122pFC7122pF

C205NIUC205NIU

R289100K

R406K8R406K8

R264NIU

R275100

L7EXCML16A270UL7EXCML16A270U

R281K2R281K2

C144100nF

2

31

+

-

IC15ABA5218

+

-

C16110uF

R1321KR1321K

R266K8R266K8

C93680nFC93680nF

C6247uF

C138100uF

C1100pFC1100pF

6

57

+

-

IC8BBA5218

+

-

TP19TP19

C1733pFC1733pF

R2710KR2710K

L16EXCML16A270U

1

23

Q102SC3326Q102SC3326

C15933uF

C26100nFC26100nF

R124

10K

C170100nF

6

57

+

-

IC15BBA5218

+

-

321

CN1453014-0310

R1633K

C177100nF

C10100uF

C10100uF

R571KR571K

C1561nF

C18233uFC18233uF

R15768K

C418.2nFC4

C201100nFC201100nF

2

31

+

-

IC1AUPC4570G

+

-

VI3

GN

D2

VO1

IC19LP2950CZZ8

4

+

-

IC5CUPC4570G

+

-

C81uFC81uF

C808.2nFC808.2nF

C215100nFC215100nF

R55

6K8

R55

6K8

R152330

L2EXCML16A270UL2

1

23

Q72SC3326

L20EXCML20A390L20

2

13

Q392SC2412Q392SC2412

R50NIUR5NIU

2

31

+

-

IC12ABA5218

+

-

C116

100nF

R145680

R163680

C618.2nF

R2814K7R2814K7

R109

10K

C213100nFC213100nF

C221uFC221uF

C71uFC71uF

R13768KR13768K

R1522KR1

R4547R4547

R20047 ohm

R188

10K

R188

10K

84

+

-

IC8CBA5218

+

-

IC8CBA5218

R167

10K

R564K7R564K7

C74100uF

R2118K

1

FX5FX5

C178100nF

C9633uFC9633uF

84

+

-

IC1CUPC4570G

+

-

IC1CUPC4570G

R391KR391K

C1521nF

C75330nF

R6

6K8

R6

6K8

R4310KR4310K

C8910uFC8910uF

C125330pF

C3133uFC3133uF

TP20TP20

R1841K5

2

13

Q32SC2412Q32SC2412

R660

60

R10100KR1

R1930

R6310KR6310K

R2941KR2941K

C132100nFC132100nF

R114100KR114100K

R876K8R876K8

21

3

D3

DA204U

T P

TP7

T P

TP7

22

21

JK2BYKC21-3503JK2BYKC21-3503

R2023K3R2023K3

C208NIUNI

R8468KR8468K

L17EXCML20A390L17

C135100uF

TP3TP3TP2TP2

C165100nFC165100nF

C114100nF

R1781KR1781K

31

2JK4

HLJ0520-01-110

C181100nFC181100nF

R8368KR8368K

C29100nFC29100nF

R544K7

4

R12010K

R1911KR1911K

2

13

Q132SA1037

C153

33uF33uF

R141NIUR141NIU

R111NIU

C108680pFC108680pF

2

31

+

-

IC6AUPC4570G

+

-

IC6AUPC4570G

84

IC23CIC23C

C7222pFC7222pF

C8122nFC8122nF

1

23

Q212SC3326Q2

R88100KR88100K

R175NIUNI

C48100pF

8

31

2JK3

HLJ0520-01-110

TP10TP10

6

57

+

-

IC5BUPC4570G

+

-

IC5BUPC4570G

C682pF

C92100pFC92100pF

C8847uF

8

C168100nFC168100nF

R8533KR8533K

6

57

+

-

IC17BUPC4570G

+

-

IC17BUPC4570G

12

SP2PK-21N30PSP2PK-21N30P

13

24

5

VR15K

C14610uF

R11M

C9510uF

5

C122

100pF

R15468K

C14547uF

R694K7R69

C30100nFC30100nF

C148100nF

R9410KR9410K

C16NIUC16NIU

C123

33uF

C123

33uF

C1833pFC1833pF

C22310uF

R2663K3R2663K3

C903.9nF

0

C216100nFC216100nF

1 2

3

D8MA147

3

12 Q1

2SK880GR

C21910uF

C105NIUC105NIU

R368R368

C162100nFC162100nF

C191nFC191nF

R624K7R624K7

R37NIUNIU

C127100uF

C143100nF

21

3

D4DA204KD4DA204K

TP4TP4

R181MR181M

R21M

R15810K

231

45

6

7T

R

SFG

JK1NCJ6FI-H-0

T

R

SFG

C988.2nF

8

R20847 ohm

C27100nFC27100nF

1

32

Q452SA-1681K

5

21

3

D5DA204K

R9310KR9310K

C218NIUC218NIU

6

57

+

-

IC12B

BA5218

+

-

1

23

Q412SC3326Q412SC3326

R2774K7

R205100K

R238K2R238K2

TP12TP12

R6412KR6412K

34

21

567

CN10

B7B-PH-K-S

6

57

+

-

IC16BBA5218

+

-

2

31

+

-

IC4AUPC4570G

+

-

IC4AUPC4570G

84

+

-

IC10CBA5218

+

-

R91M

1

23

Q432SC3326

R18910K

R1420R1420

C17410uF

84

+

-

IC4CUPC4570G

+

-

1

32

Q122SA-1681K

2

R1260R1260

R1064K7R1064K7

R18700

C598.2nF

C398.2nFC3

C5110nFC5110nF

D7

RD10M

D7R17647 ohmR17647 ohm

R891KR891K

R1994K7

84

+

-

IC6CUPC4570G

+

-

R77100KR77

L1330L1330

L14

EXCML16A270U

R42

10K

FX1FX1

R28247

1

23

Q442SC3326

TP6TP6

C1247uF

2

C2100nFC2100nF

R4100K

C49680nFC49680nF

R701K2R701K2

21

3

D6DA204KD6DA204K

R292100

C1064.7uFC1064.7uF

R494K7

9

TP11TP11

R95NIUR95NIU

84

+

-

IC2CUPC4570G

+

-

IC2CUPC4570G

R215470

C69NIUC69NIU

R12 18KR12 18K

R3800

FX3FX3

C15147uF

C113

33uF

C113

33uF

C70100pFC70100pF

R7410KR7410K

C588.2nF

C149100nF

C388.2nFC388.2nF

C128100nF

C913.9nFC9

C55100nF

C55100nF

R22680

C52100nFC52100nF

R2415KR2415K

R18310K

C6782nFC6782nF

C1174.7uF

C130100uF

C129100uF

2

31

+

-

IC16ABA5218

+

-

R11800

R258NIUNI

C16933uFC16933uF

C147100nFC147100nF

C119330pF

1

23

Q152SC-3052Q152SC-3052

R2510KR2510K

R2784K7

C175100nF

R82NIUR82NIU

C200100nFC200100nF

84

+

-

IC16CBA5218

+

-

IC16CBA5218

R13668KR13668K

TP18

R297NIUR297NIU

C77100pFC77100pF

R76NIUR76NIU

R68

10K

R1122KR11

R47R47

3

21

JK5HLJ0520-01-010

TP15TP15

R614K7

R334K7R334K7

1 2

3

X14MHzX1

R262R262

2

31

+

-

IC10ABA5218

+

-

C2068pFC2

C4322nFC4322nF

6

57

+

-

IC4BUPC4570G

+

-

IC4BUPC4570G

R179

15K

R179

15K

84

+

-

IC13CUPC4570G

+

-

R164330

R2844K7R2844K7

C25100pF

C220

33uF

C220

33uF

21

3

D1DA204U

6

57

+

-

IC6BUPC4570G

+

-

IC6BUPC4570G

6

57

+

-

IC13BUPC4570G

+

-

34

21

CN253014-0410

R8110KR8110K

R12110K

C7947uFC7947uF

C167100nFC167100nF

TP14

L15EXCML16A270U

R170100

C16647uF

R291K2R291K2

34

21

CN13B4B-PH-K-S

2

31

+

-

IC11ABA5218

+

-

1

23

Q20RT1N141C

0

33KR36

R28347

R3468KR3468K

C15468pFC15468pF

C141100nF

345678

21

9101112

CN4

B12B-PH-K-S

R2764K7

R263

NIU

R263

NIU

C110100pF

C10047uF

T P

TP9

T P

TP9

L19EXCML20A390

C378.2nFC378.2nF

C126100nF

C8322pFC8322pF

C111NIUC111NIU

C212100nFC212100nF

R2701KR2701K

C131100nF

12

11

JK2AYKC21-3503JK2AYKC21-3503

R301100KR301100K

C1013.9nF

T P

TP8

T P

TP8

C180100nFC180100nF

C155220pF

2

13

Q22SC2412Q22SC2412

C24

1uF

C24

1uF

C8522pF22pF

R14010KR14010K

C158100nFC158100nF

R165100KR165

R131330R131330

R101NIUR101NIU

R115100KR115100K

1

23

Q222SC3326

R6010KR6010K

R143K9R143K9

C3222nFC3222nF

R711K2R711K2

R31NIUR31NIU

R201MR201M

R2991K8

84

+

-

IC9CBA5218

+

-

IC9CBA5218

R274100R274100

C82560nFC82560nF

R2853K3

R2103K3

L10EXCML16A270UL10EXCML16A270U

84

+

-

IC17CUPC4570G

+

-

84

+

-

IC11CBA5218

+

-

R1593K3

R2983K9

R804K7

0

C15NIUC15NIU

R524K7R52

C1168pFC11

21

3

D2DA204U

TP16

FX2FX2

1

23

Q142SC3326

4

R207100K

R146330

R206

100

R10210K

R65100KR65100K

R1800

1

27

IC23ATC7WH32FUIC23ATC7WH32FU

R242NIUNI

INL2

INR3

AVSS4

AVDD5

RESET6

SC7

SD8

OSCI9

DVDD11

REF01

CAP16

MXBSOUT15

OUTL14

OUTR13

DVSS12

OSCO10

IC18MX3000ASIC18MX3000AS

C91nFC91nF

TP17TP17

R734K7R734K7

R1473K3R1473K3

R153100K

R2960

R11710K

C44560nFC44560nF

R324K7R32

R1864K7

R125NIUR125NIU

2

31

+

-

IC7AUPC4570G

+

-

IC7AUPC4570G

C35100pF

5

R53470KR53470K

R17747 ohmR17747 ohm

C231uFC231uF

C134100uF

R11312KR11312K

C46100pFC46100pF

C3

47uF

C3

47uF

C224100uF R169

3K33

R414K7 3

4

21

5

CN5

B5B-PH-K-S

R9900

C139100uF

C6410uFC6410uF

10

JK2CYKC21-3503JK2CYKC21-3503

2

31

+

-

IC9ABA5218

+

-

R1333KR1333K

C142100nF

R19800

R10810K

C217100nFC217100nF

R722K7R722K7

C63100pFC63100pF

R10310K

C163100nFC163100nF

C6568nFC6568nF

R19247KR192

R2794K7

C6833uF

C5410uFC5410uF

2

31

+

-

IC13AUPC4570G

+

-

IC13AUPC4570G

345678

21

CN3B8B-PH-K-S

R751KR751K

C5610uFC5610uF

L3330L3330

R861KR861K

2

13

Q23DTC114

R446K8R446K8

R1501KR1501K

213

4 5

SW1SSSF11209K

C8 68.2nF

R2911K5R2911K5

C17947uF

1 2

X2NIUX2NIU

C7322pF

C171100nF

C13330uFC1

R2653K3

2

31

+

-

IC2AUPC4570G

+

-

L5EXCML16A270U

C214100nFC214100nF

R171MR171M

R91R91

R19447 ohm

2

13

Q362SA1037Q36

R6710KR6710K

R29347K

R10010KR10010K

R822KR822K

84

+

-

IC3CUPC4570G

+

-

R20410K

R16610

C5710uF

R19610K

C8410uFC8410uF

C51uFC51uF

R11910K

C12410uFC12410uF

34

21

56

CN7B6B-PH-K

R9710K

7

5

63

IC23BTC7WH32FUIC23BTC7WH32FU

FX4FX4

R4610K10K

C45NIUC45NIU

R2883K3

R2874K7R2874K7

TP13TP13

C3468nFC3468nF

R5815KR5815K

R2954K7R2954K7

6

57

+

-

IC11BBA5218

+

-

C140100nFC140100nF

6

57

+

-

IC3BUPC4570G

+

-

IC3BUPC4570G

C173100nF

TP5TP5

2

13

Q192SC2412

9

C998.2nF

9

E-80June 2006

111711116

CIRCUIT DIAGRAM (JACK 2/2) CIRCUIT BOARD ASSY 7778009000 (SRX)

SW

MU

TE

MO

L

XM

UTE

MO

L

MO

R

XM

UTE

XM

UTE

MO

R

XM

UTE

XM

UTE

XM

UTE

XM

UTE

XM

UTE

MU

TES

MU

TER

A

+5V

D

A

A

A A

A

A

A A

AA

AA

AA

A

A

AA

A

A

D

AA

+12V

-12V

MO

L

MO

R

MU

TES

XM

UTE

MU

TER

SW

MU

TE

Mute

Monit

or:

Sw

itch

+ L

ED

TO

PH

ON

E S

BO

A R

D(C

N1)

RL

-A u

x In

pu t

-

L / M

R

- Mai

n -

GA

IN

OU

T- M

etro

nom

e -

-Pha

ntom

-

Mik

e L i

ne

R133

100K

R155

100K

R138

3K3

C211

100p

F

R241

47 o

hm

R122

10K

R122

10K

R128

47 o

hm

R235

100K

R151

1K

1K

C227

100nF

C227

100nF

C207

100uF

2 31

+-

IC20A

BA

5218

+-R260

1K

R260

1K

6 57

+-

IC14B

BA

5218

+-

L6

EX

CM

L20A

390

L30

EX

CM

L20A

390

R139

3K3

R144

18K

C112

100p

F

C229

100nF

C229

100nF

L31

EX

CM

L20A

390

R135

100K

C102

100p

F

R259

100K

R232

18K

L4

EX

CM

L20A

390

1

23

Q26

2SC

3326

C118

100uF

R130

1K

R130

1K

8 4

+-

IC20C

BA

5218

+-

IC20C

BA

5218

R233

10K

R243

100K

L12

L12

R219

3K3

R148

47 o

hm

R148

47 o

hm

R236

18K

L13

EX

CM

L20A

390

R257

47 o

hm

R257

47 o

hm

C225

100nF

C225

100nF

R238

10K

1

23

Q9

2SC

3326

R143

10K

R143

10K

R230

1K

1K

L9

EX

CM

L20A

390

R161

3K3

3 4 5 6 7 821 910

C N

9

53014-1

010

1

23

Q5

2SC

3326

2 31

+-

IC14A

BA

5218

+-

R156

100K

R160

3K3

R234

100K

C226

100nF

C226

100nF

R239

3K3

1

23

Q27

2SC

3326

6 57

+-

IC20B

BA

5218

+-

1

23

Q4

2SC

3326

1

23

Q8

2SC

3326

C204

100uF

L11

EX

CM

L20A

390

L11

8 4

+-

IC14C

BA

5218

+-

IC14C

BA

5218

R231

3K3

1

23

Q28

2SC

3326

C104

100uF

R240

3K3

C210

100p

F

R123

18K

1

23

Q25

2SC

3326

C115

10uF

C115

10uF

View from component side

E-80June 2006

111199111188

CIRCUIT DIAGRAM (SRX)

A

SW D2

BSRXCS3

SW D14

BSRXCS0

SW D6SW D1

BSRXCS3

SW D9

BSRX

CS[

0..3

]

XW EXPCS7

XW EXPCS4

SW D10

SW D8

SW D4

SW D5

BSRXCS1

SW D7

BSRXCS1 XSRXCS2

SW D11

SW D0

SW D12SW D3

EXW OE

XW EXPCS5

SW D13

BSRXCS2

XW EXPCS6

SW D15

BSRXCS2

EEPCSB

BSRXCS0

XSRXCS3

EXPW D2

EXPW D10

EXPW D8

EXPW D12

EXPW D0

EXPW D9

EXPW D15

EXPW D5

XW EXPCS0

EXPW D14EXPW D1EXPW D6

EXPW D3

EXPW D13

EEPCSB

EXPW D7EXPW D11

EXPW D10

EXPW D1

EXPW D15EXPW D0

EXPW D4

EXPW D6EXPW D9

EXPW D14

EXPW D5EXPW D2

EXPW D3EXPW D12

EXPW D8

EXPW D13

EXPW D7

XW EXPCS2XW EXPCS3XW EXPCS4XW EXPCS5

XW EXPCS1

EXPW D11EXPW D4

EX WO E

EEPD I

EW A7

EW A10

EW A20

EW A13 EW A13

EW A13

EW A6

EW A24

EW A19

EW A4

SW D2

EW A9

EW A20

EW A10

EW A15

SW D10

EEPD I

XSRXCS0

EW A14

EW A12

EW A23

EW A8

EW A3

XRST

EW A4EW A24

EW A18

EW A16

EW A4

EW A5

EW A2

SW D8

SW D12

EEPSK

EW A22

EW A3EW A14

EEPD O

EW A15

EW A16

EW A21

EW A12

EW A14

EEPD O

EW A18

EEPD O

EW A16

EW A11

EEPCSA

SW D0

EEPSK

EW A2

EW A11EW A11

EW A17

SW D15

SW D9

SW D5

EEPSK

EW A23EW A22

EW A2

XSRXCS1

EW A23

EW A1

SW D14

EEPD I

EW A5

EW A6

EEPD O

EW A8

EW A1

EW A9

SW D1

SW D4SW D11

EW A17

EW A7

EW A15

EW A10

SW D6

SW D3

EW A12

EW A17

EW A18

EW A3

EXW OE

EW A[1..24]

EW A21

XRST

EW A1

EW A22

EW A21

EEPD I

EW A5EW A19

EW A8

EW A6

SW D7

SW D13

EEPCSA

EEPSK

EW A20

EW A9

EW A19

EW A7

XRST

EW D14

EW D2

EW D14

EW D14

EW D15

EW D7

EW D5

EW D13

EW D3

EW D6

EW D10EW D5

EW D9EW D6

EW D9

EW D3

EW D0

EW D12EW D[0..15]

EW D5

EW D4

EW D12

EW D4

EW D15

EW D4

EW D11

EW D13

EW D0

EW D0

EW D15

EW D7

EW D13

EW D10

EW D11

EW D6

EW D8

EW D8

EW D2

EW D1

EW D2

EW D9

EW D1

EW D7

EW D10

EW D8

EW D3

EW D11

EW D12

EW D1

EW D11

EW D2

EW D9

EW D1

EW D3

EW D0

EW D12

EW D8

EW D10

EW D4

EW D6

EW D13

EW D5

EW D14

EW D7

EW D15

XW EXPCS6XW EXPCS7

XW EXPCS3

XW EXPCS2

XW EXPCS1

XSRXCS0

XSRXCS1

XW EXPCS0XSRXCS2

XSRXCS3

XW

EXPC

S[0.

.7] XW EXPCS4

XW EXPCS5XW EXPCS6XW EXPCS7

XW EXPCS3

XW EXPCS2

D+3.3V

D

D

D

D D

D

D+3.3 V

D

D+3.3 V

D

D

D+3.3 V

D+3.3VD

D+3.3 V

DD

D

D+3.3V

D

D+3.3V D+3.3 V

D+3.3VD+3.3V

D+3.3 V

D+3.3 V

D

D D

D

SRX A SLOT SRX B SLOT/1Gb EXP

SW1=UP , R 12,R13= 0

SW1=DW,R12,R13=NIU

---->EXP MODER14,R15,R18,R19=NIU

R16,R17,RA19=10K---->SRX B

R14,R15=0 ---->SRX A

R16=R17=RA19=NIU

EX P M OD E

IC2BTC74VHC139FIC2BTC74VHC139F

B13

A14

G15

Y3 9

Y2 10

Y1 11

Y0 12

C910uF

C8 100nF

RA22B 10

2 7

R1 710KR1 710K

RA21B

4x10K

27

RA30B 10

2 7

RA15 D 4x10Kx4 5

IC1BTC74VHC139F

B13

A14

G15

Y3 9

Y2 10

Y1 11

Y0 12

RA15 A 4x10Kx1 8

RA19C 4x10K

3 6

R1 8 0R1 8 0

RA13 C 4 x10Kx3 6

RA22A 10

1 8

RA30A 10

1 8

RA29D 10

4 5

C110uF

RA15 B 4 x10Kx2 7

RA13 A 4x10Kx1 8

R2 010

R1 4 0

RA19D 4x10K

4 5

RA17B

4x332 7

RA13 D 4x10Kx4 5

R2 8 100

R1 610K

R2 9 10

C1 8100nF

RA29C 10

3 6

RA16 C 4 x10Kx3 6

RA22D 10

4 5

RA19A 4x10K

1 8

RA29B 10

2 7

RA16 D 4x10Kx4 5

RA25D 10

4 5

RA13 B 4 x10Kx2 7

RA19B 4x10K

2 7

R2 2 10

RA29A 10

1 8

RA16 A 4x10Kx1 8

RA25C 10

3 6

IC2ATC74VHC139FIC2ATC74VHC139F

B3

A2

G1

Y3 7

Y2 6

Y1 5

Y0 4

RA18C 4x10K

3 6

CN234FE_BT_VK_N

1 1

2 2

3 3

4 4

5 5

6 6

7 7

8 8

9 9

10 10

11 11

12 12

13 13

14 14

15 15

16 16

17 17

18 18

19 19

20 20

21 21

22 22

23 23

24 24

25 25

26 26

27 27

28 28

29 29

30 30

31 31

32 32

33 33

34 34

R2 6 10R2 6 10

R2 1 10

RA20C

4x10K

36

RA16 B 4 x10Kx2 7

C16 100nFC16 100nF

RA25B 10

2 7

RA25A 10

1 8

RA18D 4x10K

4 5

RA32D 10

4 5

R10 10KR10 10K

R1 9 0R1 9 0

C1 2 100nF

R2 7 10R2 7 10

RA20D 45

CN3

TX25-80P-6ST-E 1TX25-80P-6ST-E 1

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

4444

4545

4646

4747

4848

4949

5050

5151

5252

5353

5454

5555

5656

5757

5858

5959

6060

6161

6262

6363

6464

6565

6666

6767

6868

6969

7070

7171

7272

7373

7474

7575

7676

7777

7878

7979

8080

8181

8282RA20A

18

RA17C3 6

R1 3NIUNIU

RA22C 10

3 6

RA18A 4x10K

1 8

IC2CTC74VHC139F VC

C16

GN

D8

RA32C 10

3 6

C7 100nF

IC1CTC74VHC139F

VCC

16

GN

D8

RA20B

27

R1 2

NIU

R1 2

NIU

RA24D 10

4 5

RA18B 4x10K

2 7

RA32B 10

2 7

RA17D4 5

C6 100nFC6 100nF

RA17A1 8

RA14 C 4 x10Kx3 6

R2 3 100

C1 410uF

RA24C 10

3 6

RA32A 10

1 8

CN4

TX25-80P-6ST-E1

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

4444

4545

4646

4747

4848

4949

5050

5151

5252

5353

5454

5555

5656

5757

5858

5959

6060

6161

6262

6363

6464

6565

6666

6767

6868

6969

7070

7171

7272

7373

7474

7575

7676

7777

7878

7979

8080

8181

8282

RA14 D 4x10Kx4 5

R2 4 100

RA24B 10

2 7

RA31D 10

4 5

C1 0100nF

RA31C 10

3 6

RA14 A 4x10Kx1 8

C1 5100nF

RA24A 10

1 8

IC1ATC74VHC139F

B3

A2

G1

Y3 7

Y2 6

Y1 5

Y0 4

RA23D 10

4 5

CN1

TOMAIN B.

(CN13)

TOMAIN B.

(CN14)

32FE-BT-VK-N

1 1

2 2

3 3

4 4

5 5

6 6

7 7

8 8

9 9

10 10

11 11

12 12

13 13

14 14

15 15

16 16

17 17

18 18

19 19

20 20

21 21

22 22

23 23

24 24

25 25

26 26

27 27

28 28

29 29

30 30

31 31

32 32

RA31B 10

2 7

C410uF

RA14 B 4 x10Kx2 7

R2 510KR2 510K

C1 3 100nF

RA23C 10

3 6

RA21C

36

RA31A 10

1 8

R1 5 0

C5 100nFC2 100nF

C11 100nFC11 100nF

RA23B 10

2 7

RA21D 45

RA30D 10

4 5

SW 1NIUNIU

4

21

6

3

5

C3 100nFC3

RA23A 10

1 8

C1 7100nF

RA21A

18

RA30C 10

3 6

RA15 C 4 x10Kx3 6

E-80June 2006

121120

CIRCUIT BOARD & CIRCUIT DIAGRAM ASSY 7778012000 (LCD CONTROL)

View from component side

XRES

TP X

GNDCNT 0

VCCCNT 0GNDCNT 1

VCCCNT 1TP Y

LCDCONT

FR M

DISP_ON

D2

D0

XRESD7

D5

D1

D4

CP 1

D6

D3

CP 2

LCDCONT

CP 1FR M

CP 2DISP_ON

LCDCONTD0D1D2

D4D3

D5D6D7

FR MCP 2

D3

D7D5

D1

DISP_ON

D0

D4D6

D2

CP 1

D

D

D

D

D

D

5V D 5V D+12V -12V

+12V

-12V

D

A

A

A

D

D D

5V D

D

D

D

DD

D

5V D

5V D

D

5V D

D

5V D

D

D

D

5V D 3V3D

3V3D

5V D

D

D

TO

MAIN BOARD

(CN18)

ToD-BEAM B.

(CN2)

LC D C ontrast Control

ToMainboard

(CN19)

DGND+5VD

To Kyocera LCD unit

100

100p

100

100p

To Hitachi LCD unit

16FMN_BTK_ A

(SX14Q004-ZZA)

(KCS057QV1AJ-G23)

Top View

cn4

cn6

cn3

1

1

11

cn2 1

cn1

cn5

1

cn7

1

NIU

cn8

1

To Touch Screen

To Touch Screen

R75K 6

IC 2UPC29L33TIC 2UPC29L33T

IN1

GN

D2

OU T 3

Q52SC2412Q52SC2412

2

13

Q12SC4116Q12SC4116

1

23

R90R90

C1 733uFC1 733uF

Q42SA1586Q42SA1586

1

23

TP 9NIUNIU

CN653014-0310

321

TP 7NIUTP 7NIU

R62K 7 TP 4

NIUTP 4NIU

TP 2 NIUTP 2 NIU

D3DA204K

21

3

TP12NIUTP12NIU

R1 63K 9

+

-

IC1BUPC4570G

+

-

IC1BUPC4570G

6

57

R1 40

R2 50R2 50

R1 00R1 00

TP 3NIU

TP 1NIUTP 1NIU

+

-

IC1AUPC4570G

+

- 2

31

C2 31uFNIU

C2 31uFNIU

Q7DTC114Q7DTC114

2

13

TP13NIU

R1 1100KR1 1100K

C1 9100nFC1 9100nF

CN2B10B-PH-K-S

345678

21

910

R2 60R2 60

CN8NIU

34

21

C1 31nF

CN516F MN-BTK-A

35

2

7

41

9

1416

12

15

10

13

8

11

6

TP14NIUTP14NIU

Q32SA1586

1

23 C1 0

100uFC1 0100uF

+

-

IC1CUPC4570G

+

-

84

R2 2470R2 2470

C1 633uF

CN3CFP1504-0401F

34

21

56

R15K 6R15K 6

D4DA204K

21

3

CN1B15B-PH-K-S

345678

21

9101112131415

D1DA204K

21

3

D2DA204K

21

3

R1 30

NIU

R1 30

NIU

C2 133uF

C2 010uFC2 010uF

TP 6NIUTP 6NIU

R35K 6R35K 6

C1 133uF

R1 2100KR1 2100K

C1 5100nFC1 5100nF

Q62SC2412Q62SC2412

2

13

R52K 7R52K 7

TP 5NIUTP 5NIU

C1 41nFC1 41nF

R2 14K 7R2 14K 7

C1 8100nFC1 8100nF

R85K 6R85K 6

R1 539K

C1 2100nF

Q22SC4116Q22SC4116

1

23

TP10

NIU

TP10

NIU

C2 21uFC2 21uF

TP 8NIUTPNIU

R22K 7R22K 7

C2 41uFNIU1uFNIU

R42K 7R42K 7

NTC R23

10K NTC

NTC

CN7NIUCN7NIU

321

TP11NIUTP11NIU

R1 7470KR1 7470K

R2 0220K

CN4NIUNI

11223344556677889910101111121213131414151516161717181819192020

R1 98K 2

June 2006

112222

CIRCUIT BOARD ASSY 7778007000 (AMPLIFIER)

View from component side View from solder side

E-80

112233

CIRCUIT DIAGRAM (1/3 AMPLIFIER)

XAM

UT

EXA

MU

TE

Vcc

Vcc

S

SS

S

S

S

SP

P

P

P P

P

P

V5

P

S

P

OU

T1P

OU

T1N

OU

T2P

OU

T2N

To Ja

ck B

oard

To D

istr

ibut

ion

Boar

d

VG=4

0dB

R5,

R10=

220

VG=5

2dB

R5,

R10=

0

VGM

IN=3

6dB

RF=

30k

LA44

50 w

ith H

eats

ink

L R

To L

eft S

peak

ers

Hig

h Ba

nd A

nalo

g Po

wer

AM

P

HPL

HPR

WR+

WR-W

L+

WL-

To R

ight

Spe

aker

s

Jum

per

(CN

5)

(CN

5)

C55

470u

FC5

5

C14

100u

FC1

410

0uF

C16

100u

F

R7 10K

R7 10K

R3 4K7

R3 4K7

C56

470u

FC5

6

R1 NIU

C13

4.7n

FC1

3

C58

100n

FC5

810

0nF

C6 100u

F

FX2

FIXFX

2FI

X

C12

47uF

C12

47uF

9 8

5 4

11

10

7

6

12

IC4A

LA44

50

TP3

TP3 R5 22

0R5

R9 680

R9 680

R11

NIU

R11

NIU

C60

100n

FC6

010

0nF

TP4

TP4

C11

680n

FC1

168

0nF

R2 0R2 0

C5 4.7n

FC5 4.

7nF

C15

150n

FC1

515

0nF

R50

2.2

ohm

R50

2.2

ohm

13 14

2 31

IC4B

LA44

50IC

4BLA

4450

R51

2.2

ohm

R51

2.2

ohm

FX4

FIXFX

4FI

X

C7 150n

FC7 15

0nF

3 421 5

CN5

5045

-05A

3 421 5

CN2

B5B-

PH-K

-S

R12

0

C4 47uF

C4 47uF

TP5

TP5

R6 NIU

R6 NIU

R10

220

R10

FX1

FIXFX

1FI

X

3 421 5 6 7

CN1

B7BX

HA

C59

100n

FC5

910

0nF

C57

100n

FC5

710

0nF

C2 10uF

C2 10uF

3 421

CN3

5045

-04A

C8 100u

FC8 10

0uF

R47

00

C10

10uF

C10

R8 4K7

R8 4K7

FX3

FIXFX

3FI

X

R4 680

R4 680

C3 680n

FC3 68

0nF

C9 100u

FC9 10

0uF

June 2006

11224

CIRCUIT DIAGRAM (2/3 AMPLIFIER)

OCD

2

DCM

P

V5 VP1

IN1

VP2

IN2

VP2

VP1

IN2

IN1

FDBK

N1

FDBK

N2

FDBK

P1

FDBK

P2

VLO

VHI

BBM

0

BBM

1

MU

TE

GN

D

REF

OCD

1

HM

UT

E

FDBK

N1

FDBK

P1

FDBK

N2

FDBK

P2

V2BG

IN2B

IN1B

IN1A

OU

T1A O

UT1

B

OU

T2A

OU

T2B

IN2A

V5

V5

V5

V5V5

V5V5

V5VCC

V5V5

SCO

PE_

GN

D

IN2IN

1

+5V

POW

ERO

N

Net

s"IN

1"an

d"IN

2"m

ust

beve

rysh

ort.

C38

,C

39,

C40

,an

dC

41m

ust

beve

rycl

ose

toU

3.

R3,

R7,

R12

,R

14,

R19

,R

22,

R27

,an

dR

30m

ust

becl

ose

toU

3.

WA

RN

ING

MU

TE_R

LEFT

RIG

HT

AG

ND

AG

ND

WA

RN

ING

WA

RN

ING

G5

(CN

7)To

Jack

Boa

rd

C20

100n

FC2

010

0nF

TP14

TP14

C17

100n

F

D5

TLG

U10

02N

IU

D5

TLG

U10

02N

IU

C19

100u

F

R24

NIU

R24

NIU

R19

11K

R19

11K

R29

14K

R29

14K

R48

680

NIU

NI

C27

390p

FC2

739

0pF

TP6

TP6

BIA

SCA

P1

FDBK

P22

DCM

P3

FDBK

N2

4

VPW

R5

FDBK

P16

FDBK

N1

7

HM

UTE

8

Y19

Y1B

10

Y2B

11

Y212

NC

13

OCD

214

REF

15

OCD

116

VLO

17

OVR

LDB

18

VHI

19

GN

D20

V521

VP1

22

IN1

23

MU

TE24

BBM

125

BBM

026

VP2

27

IN2

28

IC2

TC20

00

IC2

TC20

00

TP7

TP7

R22

NIU

R22

NIU

R17

NIU

R1

C18

100n

F

C21

470p

FC2

147

0pF

R49

0 NIU

R49

0 NIU

1 3

2VR

25K

ohm

VR2

5Koh

m

R36

470K

R36

470K

R14

14K

R14

14K

R21

14K

R21

14K

C23

100n

FC2

310

0nF

R38

20K

R38

20K

TP12

TP12

C25

2.2u

FC2

52.

2uF

TP

TP2

TB20

TP

TP2

TB20

TP11

TP11

TP10

TP10

C26

390p

FC2

639

0pF

R20

1KR20

1K

TP9

TP9

C24

100n

FC2

410

0nF

34 2 156

CN4

B6B-

PH-K

C28

100n

FC2

810

0nF

C29

2.2u

FC2

92.

2uF

R33

NIU

R33

NIU

R15

1KR15

1K

TP19

TP19

TP16

TP16

R31

NIU

R31

NIU

TP17

TP17

TP15

TP15

R16

8K2

R16

TP18

TP18R2

547

0KR2

5

R28

1KR28

1K

R32

470K

R32

470K

TP13

TP13

R18

22K

R26

470K

R26

470K

C22

470p

FC2

247

0pF

R37

20K

R37

20K

1 3

2VR

15K

ohm

VR1

5Koh

m

R23

0R23

0

R35

14K

R35

14K

D6

TLG

U10

02N

IU

R30

20K

R30

20K

R27

20K

R27

20K

TP8

TP8

R34

1KR34

1K

E-80

11225

CIRCUIT DIAGRAM (3/3 AMPLIFIER)

OU

T1A

OU

T1B

OU

T2A

OU

T2B

IN1A

PW

RD

N

FA

ULT

TH

_W

AR

VSS

VD

D

VD

D

VSS

VC

CSIG

N

VC

CSIG

N

GN

DREG

GN

DC

LEA

N

IN2B

GN

DSU

B

OU

T1P

IBIA

S

IBIA

S

TH

_W

AR

OU

T1N

OU

T2P

OU

T2N

CO

NFIG

IN1B

IN2A

OU

T1A

OU

T1B

OU

T2A

OU

T2B

IN1A IN

1B

IN2A

IN2B

VC

C

VC

C

VC

C

V5

VC

C

VC

C

VC

C

OU

T1

P

OU

T1

N

OU

T2

N

OU

T2

P

metallized

film

metal.

film

metallized

film

metallized

film

metallized

film

metallized

film

metal.

film metal.

film

OUT2=LEFT

OUT1+

OUT1-

OUT2+

OUT2-

OUT1=RIGHT

SCOPE_GND

+24V

POWER

ON

D4

TLG

U1002

NIU U

C3

7100nF

C3

7100nF

C48

1nF

C48

1nF

TP28

TP28

C30

100nF

C30

100nF

C4

5220nF

C4

5220nF

R1

368

0

NIU

3 U

L4 DR77053

L4 DR77053

C4

9100nF

C4

9100nF

C51

1nF

C51

1nF

L3 DR77053

L3 DR77053

C3

5220nF

C3

5220nF

TP29

TP29

L2 DR77053

L2 DR77053

R39

0R39

0L1 D

R77053

L1

C3

2220nF

C3

2220nF

R41

10K

R41

10K

C5

2100nF

C5

2100nF

C38

100nF

C38

100nF

R4

6

10K

R4

6

10K

TP30

TP30

C5

3220nF

C5

3220nF

C4

1220nF

C4

1220nF

C4

0100nF

C4

0100nF

C39

1nF

C39

1nF

TP33

TP33

R4

2N

IUR4

2N

IU

C5

4560uF

C36

1nF

C36

1nF

TP31

TP31

C4

2100nF

C4

2100nF

TP23

TP21

TP22

C3

3N

IUC

33

NIU

TP24

C47

100nF

C47

100nF

C50

100nF

C50

100nF

C34

100nF

C34

100nF

TP20

TP20

TP

TP1

NIU

TP

TP1

NIU

TP32

TP32

R40

10K

R40

10K

TP25

C4

6100nF

C4

6100nF

C4

4N

IUC

44

NIU

TP26

TP26

R4

315

R4

315

R4

4N

IUR4

4N

IU

C3

1100nF

C3

1100nF

TP27

TP27

R4

515

R4

515

C4

3220nF

C4

3220nF

GN

DSU

B1

OU

T2B

2

OU

T2B_2

3

VC

C2B

4

GN

D2B

5

GN

D2A

6

VC

C2A

7

OU

T2A

8

OU

T2A

_2

9

OU

T1B

10

OU

T1B_2

11

VC

C1B

12

GN

D1B

13

GN

D1A

14

VC

C1A

15

OU

T1A

_2

16

OU

T1A

17

NC

18

GN

DC

LEA

N19

GN

DREG

20

VD

D2

21

VD

D1

22

IBIA

S23

CO

NFIG

24

PW

RD

N25

TRIS

TA

TE

26

FA

ULT

27

TH

_W

AR

28

IN1A

29

IN1B

30

IN2A

31

IN2B

32

VSS1

33

VSS2

34

VC

CSIG

N1

35

VC

CSIG

N2

36

M3

M2

M4

M1

5

M1

7

M1

4

M1

6

PRO

TEC

TIO

N& LO

GIC

REG

ULA

TO

RS

IC3

TP2050

M1

5

M1

7

M1

4

M1

6

IC3

TP2050

E-80June 2006

127126

CIRCUIT BOARD (RIGHT CONTR. , TOP RIGHT C. , UPPER RIGHT C. , VOLUME, PHONES, D-BEAM)

View from component side

E-80June 2006

1129128

A

LSD0 LD 0LSD1 LD 1LSD2 LD 2

LSS0 LSD3 LD 3LD 4

LSD5 LD 5LD 6LD 7

LSS1

LSS2

LLSC 0

LLSC 1

LLSC 2

LSS0LSS1LSS2LSS3 LLSC 3LSS4LSS5LSS6LSS7

LLSC 4

LLHOR4

LLSC 5

LLSC 6

LLHOR6

LLSC0LLSC1LLSC2LLSC3LLSC4LLSC5LLSC6

LD [0..7 ]

LSD0

LSD1

LSD2

LSD3

LSD5

LSD7

LSD7

LSD4

LSD4

LSD6

LSD6

LLHOR5

LLD

6LLSC[0..7 ]

LLD

5

LSSC 0

LSSC 3

LSSC 1LSSC 2

LLD

1

LLD

2

LD0

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LSS[0..7 ]LSD[ 0..7 ]

LLHOR7

LLCK2

LSD7LSD6LSD5LSD4LSD3LSD2LSD1

LSSC 0

SSE NLSSC 3

LSSC 1LSSC 2

LSSC 0LSSC 1LSSC 2

LSD3

LSS5

LSD4LSD5LSD6

LSS6LSS7

LSD0

LSD7

LSS4

LSD1LSD2

ENCB 0

LLD 1LLH OR 6LLD 2LLD 3LLD 4

LLH OR 7

LLD 5LLD 6LLD 7

ENCA 0

LLD 0LLH OR 5

ESD3ESD2ESD1ESD0

ESSC 0ESSC 1

LLSC7

LLD

7

LLD

4

LLD

3

LLD

0

ENCA 0ENCB 0

LLH OR 4

LSD0ESSC0ESSC1

SSE N

LLCK2

LLSC 7

LLHOR3

LSS3

FOO

T

SUST

F OOTSUST

D

D

D

D

D

VLED5V D

VLED

VLED

VLED

VLED

VLED

VLED

VLED

5V D

5V D

5V D

D D D D D D D D

VLED

5V D

D

D

5V D

D

D

5V D

5V D

D

5V D

D

5V D5V D

D

5V D5V D

D

5V D5V D

D

5V D

5V D

D

5V D5V D

D

5V D5V D

D

5V D

D

D

D

RE FRE FRE F

5VRE F

RE F

D

RE F

5VRE F

MET R ONOME DEF AULT S LOW DEF AULT F AS T MULT I F X

T ONE MB S

MELODY INT

P AR T MB S P AR T UP 3 P AR T UP 2 P AR T UP 1 P IANO

T R ANS P OS E -

S P LIT

WH OL E O NE TO UC H 1

T R ANS P OS E +

T ONE LW2 OR G AN

T APT EMP O.

T ONE LW1 T ONE UP 3 T ONE UP 2 T ONE UP 1 AR R

P AR T LW2 P AR T LW1

TOLEFT PANEL B.

(CN5)

AUT O P IT CH

VOCODER

TA LK

ENS AMB LE V-LINK

SI NG ERVO IC E F X

S MALL

TO UPPERRIGHT B.

(CN1)

ON E T OU CH 2 O NE TO UC H 3 ON E T OU CH 4 T R ANS P OS E - T R ANS P OS E + MET R ONOME

P AR T MB S P AR T LW2 P AR T LW1 P AR T UP 3 P AR T UP 2 P AR T U P 1

WHOLE ONE T OUCH 1 ONE T OUCH 2

T ALK VOICE F X VOCODER

AUT O P IT CH S ING ER S MALL ENS EMB LE

ST

YL

EV

AR

AD

VA

RR

FI LT OVARFI LT OOR

STARTSTO PENDINGINTR O

VOIC E

EFFE CT S

HARM ON Y

10KB MONO CONCLIC K

TO UPPERRIGHT B. (CN4)

TOLEFT PANEL B.

(CN8)

VOIC EHARMON YEFFECT S

TO BOUNCE B.(CN7)

ONE T OUCH 3

T ONE MB S T ONE LW2

T ONE LW1 T ONE UP 2

T ONE UP 1

MULT I F X AR R P IANO MELODY INT OR G AN S P LIT

V-LINKT ONE UP 3

ONE T OUCH 4

GUITAR

G UIT AR

2

13

Q2 8BC549B

Q2 8

2

13

Q1 7BC549BQ1

R1 168R1 168

SW 23

SW 28SW 28

L2

SBT- 046 0

L2

SBT-

3

12

Q1 0DTC114

Q1 0

D771N4148

7

D681N4148

SW 8SW 8D1

1N4148

D1

3

12

Q1 3DTC114

Q1 3DTC114

SW 5SW 5

D871N4148D871N4148

D45

SLR- 343EBT3FGr een

D45

SLR- 343EBT3FGr een

C1 8

100nF

C1 8

100nF

2 193 184 17

201

5

111012913814715616

CN1

AMPC1. 2720P

D72

1N4148

SW 10

D49

SL I-343URC3 FRe d

D49

SL I-343URC3 FRe d

D7

1N4148

D7

1N4148

L4

SBT- 0460

L4

D31

SLR- 343EBT3FGr een

D31

SLR- 343EBT3FGr een

D37

SLR- 343EBT3FGr een

D37

SLR- 343EBT3FGr een

R1 410K

D851N4148D851N4148

D841N4148D8

SW 22SW 22

D59

SLR- 343EBT3FGr een

D59

SLR- 343EBT3FGr een

SW 19SW 19

SW 15

R1 327R1 327

D64

SL I-343URC3 FRe d

D64

SL I-343URC3 FRe d

D17

1N4148

D17

SW 34

R668R668

3

12

Q7RN2227Q7RN2227

D27

1N4148

D27

1N4148

D8

1N4148

R1 810K

3

12

Q1 6DTC114

Q1 6DTC114

D781N4148

8

SW 16SW 16

2

13

Q2 6BC549BQ2 6

D50

SL I-343URC3 FRe d

D50

SL I-343URC3 FRe d

D2

1N4148

D2

1N4148

3

12

Q1RN2227

A1

B2

C3

G16

G2 A4

G2 B5

Y0 15

Y1 14

Y2 13

Y3 12

Y4 11

Y5 10

Y6 9

Y7 7

VC

C16

GN

D8

IC4 74HC138

D20

1N4148

D20

1N4148

R2 2

100

R2 2

100

SW 37SW 37

D63

SL I-343URC3 FRe d

D63

SL I-343URC3 FRe d

R2 710KR2 710K D81

1N4148D811N4148

2

13

Q3 2

BC549B

2

D44

SL I-343URC3 FRe d

D44

SL I-343URC3 FRe d

C2 3

100nF

C2 3

100nF

C2 5

100nF

C2 5

SW 7SW 7

SW 27SW 27

D43

SL I-343URC3 FRe d

D43

SL I-343URC3 FRe d

R2 610KR2 610K

13

265

4

CW

VR 2 10K

CW

2 10K

SW 36

D57

SL I-343URC3 FRe d

D57

SL I-343URC3 FRe d

SW 2

34567

21

891011121314

CN2

AMPC1. 2714P_VOL

D14

1N4148

D14

1N4148

D30

1N4148

D30

1N4148

R768R768

D38

SL I-343URC3 FRe d

D38

SL I-343URC3 FRe d

3

12

Q2RN2227

D51

SL I-343URC3 FRe d

D51

SL I-343URC3 FRe d

SW 13SW 13D10

1N4148

0

2

13

Q2 2BC549B

Q2 2BC549B

C8

100nF

C8

SW 24SW 24

D861N4148D861N4148

3

12

Q1 2DTC114

Q1 2DTC114

R3 2

100

R3 2

100

D62

SL I-343URC3 FRe d

D62

SL I-343URC3 FRe d

D33

SL I-343URC3 FRe d

D33

SL I-343URC3 FRe d

SW 38

D13

1N4148

D13

1N4148

C1 9

100nF

C1 9

100nF

SW 33SW 33

SW 11SW 11

R147K

D691N4148

9

D60

SLR- 343BBT3FBl u

D60

SLR- 343BBT3FBl u

C2 4

100nF

C2 4

100nF

D25

1N4148

D25

1N4148

D39

SL I-343URC3 FRe d

D39

SL I-343URC3 FRe d

D54

SL I-343URC3 FRe d

D54

SL I-343URC3 FRe d

D32

SL I-343URC3 FRe d

D32

SL I-343URC3 FRe d

R2 810KR2 810K

3

12

Q1 5DTC114

Q1 5DTC114

D4

1N4148

D4

1N4148

D751N4148

5

D70

1N4148

D70

1N4148

D52

SL I-343URC3 FRe d

D52

SL I-343URC3 FRe d

C16 100nFC16 100nF

D15

1N4148

D15

SW 1SW 1 SW 3SW 3

R2 1

100

R2 1

100

3

12

Q8RN2227Q8RN2227

3

12

Q3RN2227

R868R868

D47

SL I-343URC3 FRe d

D47

SL I-343URC3 FRe d

D61

SL I-343URC3 FRe d

D61

SL I-343URC3 FRe d

D41

SL I-343URC3 FRe d

D41

SL I-343URC3 FRe d

R3 4

100

R3 4

100

SW 14SW 14

D18

1N4148

R547R547

C333uFC333uF

D34

SL I-343URC3 FRe d

D34

SL I-343URC3 FRe d

R2 310KR2 310K

D22

1N4148

D22

D16

1N4148

C1 7

100nF

C1 7

100nF

D55

SL I-343URC3 FRe d

D55

SL I-343URC3 FRe d

2

13

Q1 8BC549BQ1 8BC549B

R2 10R2 10

3 4 5 6 7 821 9 10

CN553015- 1010

2

13

Q3 0BC549B

Q3

R1 910K

D42

SL I-343URC3 FRe d

D42

SL I-343URC3 FRe d

SW 18

D671N4148

71N4148

D3

1N4148

D3

1N4148

SW 25SW 25

R2 910KR2 910K

C2 2100nFC2 2100nF

D26

1N4148

D26

1N4148

R1 710KR1 710K

R1 510KR1

D35

SL I-343URC3 FRe d

D35

SL I-343URC3 FRe d

SW 12SW 12

3

12

Q4RN2227

D821N4148

2

SW 21SW 21

SW 4SW 4

2

13

Q2 0BC549B

Q2 0BC549B

D56

SL I-343URC3 FRe d

D56

SL I-343URC3 FRe d

SW 20SW 20

R968R968

D6

1N4148

D6

1N4148

R2 0

100

R2 0

100

2

13

Q2 9BC549B

Q2 9BC549B

3

12

Q1 1DTC114

Q1 1

D48

SL I-343URC3 FRe d

D48

SL I-343URC3 FRe d

L1 SBT- 0460L1

SW 9SW 9

D791N4148

9

13

265

4

CW

VR 1 10K

CW

1

C2 1100nFC2 1100nF

D80

1N4148

0

D73

1N4148

D36

SL I-343URC3 FRe d

D36

SL I-343URC3 FRe d

C2 6

100nF

C2 6

100nF

R1 227R1 227

C15 33uFC15 33uF

SW 30SW 30

3

12

Q1 4DTC114

Q1 4DTC114

D11

1N4148

D11

1N4148

2

13

Q2 4BC549BQ2

SW 35

C1100nF

D29

1N4148

D29

1N4148

D761N4148D7

R3 1

100

R3 1

100

D21

1N4148

D21

1N4148

SW 29SW 29

2

13

Q2 7BC549B

Q2 7BC549B

SW 32

13

265

4

CW

VR 3 10K

CW

VR 3 10K

A1

B2

C3

G16

G2 A4

G2 B5

Y0 15

Y1 14

Y2 13

Y3 12

Y4 11

Y5 10

Y6 9

Y7 7

VC

C16

GN

D8

IC3 74HC138

D831N4148D831N4148

3

12

Q5RN2227

D661N4148

R3 3

100

R3 3

100

2

13

Q2 1BC549B

Q2 1BC549B

D65

SL I-343URC3 FRe d

D65

SL I-343URC3 FRe d

D12

1N4148

D12

1N4148

R2 410KR2 410K

R1 068R1 068

D58

SL I-343URC3 FRe d

D58

SL I-343URC3 FRe d

SW 31

21

3Q1 9BC549BQ1

L3

SBT- 0460

L3

SBT- 0460

D23

1N4148

3

D12 Q1 19

D23 Q2 18

D34 Q3 17

D45 Q4 16

D56 Q5 15

D67 Q6 14

D78 Q7 13

D89 Q8 12

CL K11

OC1

VC

C20

GN

D10

IC 1

74HC57474HC574

34567

21

891011121314

CN4

AMPC1. 2714P

A1

B2

C3

G16

G2 A4

G2 B5

Y0 15

Y1 14

Y2 13

Y3 12

Y4 11

Y5 10

Y6 9

Y7 7

VC

C16

GN

D8

IC2 74HC138

D40

SL I-343URC3 FRe d

D40

SL I-343URC3 FRe d

2

13

Q2 5BC549BQ2 5BC549B

23

16

4

151

5

109

11

8

12

7

13

6

14

CN3

AMPC1. 2716P

2

13

Q3 1

BC549B

1

R3 010KR3 010K

D19

1N4148

D19

1N4148

3

12

Q9DTC114

Q9DTC114

C4470uFC4470uF

D28

1N4148

D28

1N4148

D24

1N4148

D881N4148

D741N4148D74

2

13

Q2 3BC549BQ2 3BC549B

SW 6SW 6

D53

SLR- 343EBT3FGr een

D53

SLR- 343EBT3FGr een

D71

1N4148

D71

1N4148

R1 610K

SW 26SW 26

3

12

Q6RN2227

SW 1717

D9

1N4148

D9

D46

SLR- 343EBT3FGr een

D46

SLR- 343EBT3FGr een

R2 510KR2 510K

C2 0100nFC2 0100nF

C1 3

100nF

C1 3

100nF

D5

1N4148

D5

1N4148

C1 4

100nF

C1 4

CIRCUIT DIAGRAM ASSY 7778018000 (RIGHT CONTROL 1/2)

June 2006

11330

N1N2N3N4N5N6

N8N7

A

A

A

D

INPUT OVER

TOJAC K BOAR D

C N3

INPUT GAIN

S

R

R3 5

1K1K

C27 100nF2

31

+

-

IC5A

UPC4570

+

-

D89SLI-343URC3FRed

345678

21

CN6

S8B-PH-K-S

13

26

5 4

CW

VR 410K CW

C28 100nF

6

57

+

-

IC5B

UPC4570

+

-

84

+

-

IC5C

UPC4570

+

-

CIRCUIT DIAGRAM (RIGHT CONTROL 2/2)

E-80

11331

CIRCUIT DIAGRAM ASSY 7778019000 (TOP RIGHT CONTR.)

LSD[0..7 ]

LSD

6

LSD

7

LSD7LSD6

D

TO

UPPER RIGHT PANEL B.

(CN3)

LSS5LSS6

LLHOR5LLHOR6LLD6LLD 7

COVER MAKEUP TOOL S

MENU EXI T

COVER MAKEUP TOOL S

MENUEXI T

D11N4148

D7

SLR-343EBT3FGreen

D7

345678

21

910

CN1

53015-1010

SW 1

D31N4148

D8

SLI-343URC3 FRe d

D8

F

R247

D6

SLR-343EBT3FGreen

D21N4148

D5

SLR-343EBT3FGreen

D5

D41N4148SW 4SW 3

SW 22

June 2006

11332

LSS5

LSS6

LSS7

LSD

3

LSS5

LSD

4LS

D5

LSD

6

LSS6

LSS7

LSD

0

LSD

7

LSS4

LSD

1LS

D2

LSD

[0..7

]

LLD7

LLH

OR6

LLD4

LLD5

LLD3

LLH

OR7

LLD0

LLD2

LLD1

LLD6

LSS[

0..7

]

LSS4

LSD0

LSD1

LSD3

LSD4

LSD5

LSD6

LSD7

LSD2

ENC

B0

ENC

A0

LLH

OR4

LLH

OR

4

ENC

B0

LLD

1LL

HO

R6

LLD

2LL

D3

LLD

4

LLH

OR

7

LLD

5LL

D6

LLD

7

ENC

A0

LLD

0LL

HO

R5

LLH

OR5

D

D

D

D D

DD

D

5VD

5VD

5VD

D

5VD

INC

DE

CU

PA

RR

OW

DO

WN

AR

RO

WLE

FTA

RR

OW

RIG

HT

AR

RO

W

SO

NG

STY

LEU

SE

RP

RG

SR

XE

XP

HA

RM

ON

ICB

AR

EN

CO

DE

R

VO

CA

LB

RA

SS

SA

XW

IND

SY

NTH

PA

DE

THN

ICP

ER

CU

SS

DR

UM

S

LSS5

LSS6

LSD

7LS

D6

LLH

OR5

LLH

OR6

LLD

6LL

D7

UP

PE

RR

IGH

TB

OA

RD

PIA

NO

EP

IAN

OC

HR

PE

RC

OR

GA

NA

CC

OR

DIO

NA

.GU

ITA

RE

.GU

ITA

RS

TRIN

GS

SW0

SW1

ENCA

GN

DEN

CB

TO

EN

CO

DE

RP

AN

EL

B.

(CN

1)

PIA

NO

EP

IAN

OC

HR

PE

RC

OR

GA

NA

CC

OR

DIO

NA

.GU

ITA

RS

TRIN

GS

SO

NG

STY

LEU

SE

RP

RG

SR

XE

XP

HA

RM

ON

ICB

AR

VO

CA

LB

RA

SS

SA

XW

IND

SY

NTH

PA

DE

THN

ICD

RU

MS

TO

TO

PR

IGH

TP

AN

EL

B.

CN

1

TO

RIG

HT

PAN

EL

B.

(CN

3)

TO

RIG

HT

PA

NE

LB

.(C

N2)

E.G

UIT

AR

PE

RC

US

S

SW7

D2

71N

4148

D2

71N

4148

R3 47R3 47

D1

81N

4148

D7

1N41

48SW

10

D1

51N

4148

5

D5

0

SLI-

343

URC

3F

RedD5

0

SLI-

343

URC

3F

Red

D1

01N

4148

D4

1

SLI-

343

URC

3F

RedD4

1

I-34

3F

D1

41N

4148

D1

41N

4148

D5

1

SLI-

343

URC

3F

RedD5

1

SLI-

343

URC

3F

Red

SW13

SW1919

SW16

C1

10nF

D4

6

SLI-

343

URC

3F

RedD4

6

SLI-

343

URC

3F

Red

1312

14 7

IC1F

74H

C0

4IC

1F74

HC

04

SW22

D4

5

SLI-

343

URC

3F

RedD4

5

SLI-

343

URC

3F

Red

SW12

SW12

D3

4

SLI-3

43U

RC3

FRe

dD3

4

SLI-

343

F

SW21

SW21

SW26

SW26

34

IC1B

74H

C0

474

4

D1

11N

4148

D1

11N

4148

D2

41N

4148

D2

41N

4148

D5

2

SLI-3

43U

RC3

FRe

dD5

2

SLI-

343

F

SW17

D3

8

SLI-

343

URC

3F

RedD3

8

SLI-

343

URC

3F

Red

D1

61N

4148

D2

31N

4148

3 4 5 6 721

891011121314

CN

1

AM

PC

1.27

14P

SW3

D3

1N41

48

C2

10nF

D2

81N

4148

56

IC1C

74H

C0

4IC

1C74

HC

04

SW25

SW25

D4

2

SLI-3

43U

RC3

FRe

dD4

2

I-3

F

D2

51N

4148

D2

51N

4148

D2

11N

4148

D2

11N

4148

R4 10K

SW27

D4

8

SLI-

343

URC

3F

RedD4

8

I-34

3F

Red

D3

9

SLI-

343

URC

3F

RedD3

9

SLI-

343

URC

3F

Red

D1

71N

4148

D1

71N

D2

91N

4148

D4

3

SLI-

343

URC

3F

RedD4

3

I-F

d

SW20

SW20

D5

3

SLI-

343

URC

3F

RedD5

3

SLI-

343

URC

3F

Red

SW4

SW18

D2

21N

4148

D4

1N41

48

SW24

SW24

SW15

D3

3

SLI-

343

URC

3F

Red

I-F

2 3

16

4

151 5

10 911

8

12

7

13

6

14

CN

4

AM

PC

1.27

16P

SW28

SW9

SW14

SW14

D9

1N41

48

D4

9

SLI-

343

URC

3F

RedD4

9

SLI-

343

URC

3F

Red

12

IC1A

74H

C0

474

D3

6

SLI-

343

URC

3F

Red

I-Red

D3

01N

4148

D3

7

SLI-

343

URC

3F

RedD3

7

SLI-

343

URC

3F

Red

R6 47R6 47

3 421 5 6

CN

2

5301

5-06

10

D1

31N

4148

D1

31N

4148

R2 1000

SW29

98

IC1D

74H

C0

4IC

1D74

HC

04

SW5

D5

1N41

48D

51N

4148

D2

01N

4148

D2

01N

4148

SW11

D4

4

SLI-

343

URC

3F

RedD4

4

SLI-

343

URC

3F

Red

SW8

D8

1N41

48

3 4 5 6 7 821 910

CN

3

5301

5-1

010

D4

0

SLI-

343

URC

3F

RedD4

0

SLI-

343

URC

3F

Red

D3

5

SLI-

343

URC

3F

Red

Fd

1110

IC1E

74H

C0

4IC

1E74

HC

04

C3

100n

FC

310

0nF

R1 10K

D1

21N

4148

D1

2

D1

91N

4148

D1

91N

4148

SW23

SW23

SW6

SW6

D4

7

SLI-

343

URC

3F

RedD4

7

SLI-

343

F

D6

1N41

48D

61N

4148

R5 100

100

D2

61N

4148

D2

61N

4148

CIRCUIT DIAGRAM ASSY 7778020000 (UPPER RIGHT C.)

E-80

11333

RETL

RETR

SEN

DL

AG

ND

SEN

DR

AU

X_

RETL

AG

ND

AU

X_

RETR

AU

X_

SEN

DL

AU

X_

SEN

DR

AG

ND

A

AA

A

5VRE

F

REF

REF

D

D

D

REF

D

5VRE

F

AU

XSN

DL

AU

XSN

DR

AU

XRTN

LA

UXR

TNR

TO

JA

CK

B.

CN

6

MA

STER

VOLU

ME

Volu

me

EXT

SOU

RCE

VOLU

ME

Volu

me

+12

V-1

2V

MIX

SND

LM

IXSN

DR

MIX

RTN

LM

IXRT

NR

BALA

NCE

TO

LE

FT

PA

NE

L B

.C

N2

2 31

+-

IC2A

UPC

4570

+-

C8

33u

F

12

13 11CW

VR

3A10

K

CW

13

26

5 4CW

VR

210K

C1

410

0nF

C1

410

0nF

C6

100n

FC

610

0nF

C2

100u

FC

210

0uF

C9

100n

F

R7 5K6

C1

110

0uF

R11K

R11K

R51K

R3 5K6

C1

310

0uF

3 421

CN

1

5301

5-04

10

8 4

+-

IC2C

UPC

4570

+-

8 4

+-

IC1C

UPC

4570

+-

6 57

+-

IC1B

UPC

4570

+-C

410

0uF

C4

100u

F

3 4 5 6 7 821 9 10 11 12 13 14 15

CN

2

5301

5-15

10

C1

210

0uF

2224

23

20

21

10

CW

VR

3B10

K

CW

C15

100n

FC

1510

0nF

2 31

+-

IC1A

UPC

4570

+-

C5

100u

FC

510

0uF

2224

23

20

21

10

CW

VR

1B10

K

CW

VR

1B10

K

C7

100n

F

C1

610

0uF

R2 5K6

C1

100u

F

R81K

R81K

R6 5K6

C3

100n

FC

310

0nF

R41K

R41K

C1

010

0nF

12

13 11CW

VR

1A10

K

CW

C17

100n

FC

1710

0nF

6 57

+-

IC2B

UPC

4570

+-

CIRCUIT DIAGRAM ASSY 7778022000 (VOLUME)

June 2006

11334

A

A

A

A

PHONE1_R

SWMUTE+5V

DGND

PHONE1_L

To Jack Board(CN9)

SSSF112500 13159180

MUTESMUTER

PHONE2_LPHONE2_R

Phones 1

Phones 2

R347R347

R80NIU

R80NI

C4

100nF100nF

8732451

JK2YKB21-5006

R947R947

8732451

JK1YKB21-5006JK1

L5BL02RN2-R62

L2BL02RN2-R62L2

FX2FIXFX2FIX

R110KR110K

R70NIU

R70NIU

L4BL02RN2-R62

R647

213

4 5

SW 1SSSF11209K

1

C1100nFC1100nF

3

1 2Q1RN2227

L1BL02RN2-R62L1BL02RN2-R62

FX3FIXFX3FIX

C3

100nF100nF

R547

L3BL02RN2-R62L3

L6BL02RN2-R62

345678

21

910

CN153014-1010

C5

100nF100nF

FX4FIXFX4FIX

D1L-53SRD-DD1

R447R447

FX1FIXFX1FIX

R2220R2220

C2

100nF100nF

CIRCUIT DIAGRAM ASSY 7778021000 (PHONES)

CIRCUIT DIAGRAM ASSY 7778001000 (D-BEAM)

D

+12V 5VD

D D

5VD

D D

D

+12V

D

D

TO UPPE R LE FT PANE L B.

(CN4)

TOLC D C ONTR OL B .

(C N6)

R66.8

C1100uF

C3100uF

R5 0

13

210

1145

CW

VR110K

R210

R4180

34

21

5

C N153015-0510

3

12

Q12SD1468S

321

C N2

53015-0310

R110K

12

Q2TPS611FD1

TLN233F

C2100uF

R310

E-80

11335

E-80June 2006

13711336

CIRCUIT BOARD (LEFT CONTROL, TOP LEFT CONTROL, UPPER LEFT CONTROL, HARMONIC, BOUNCE CONNECTOR)

View from component side

E-80June 2006

11391 813

PMUX2PMUX1PMUX0

MOD

BEND

5VREF

REF

5VREF

REF

5VREF

REFREF

REF

+12V

-12V

-12V

+12V

+12V

-12V

+12V

-12V -12V

-12V

REFD

5VREF

5VREF

REF

5V D

D

D

D

DD

DD

D

D

D D

D

D

D

ENCB0ENCA0

VOICE

HARMONY

EFFECTS

5-1/38'4'2-2/3'2'1-3/5'1-1/3'1'

TO HAR MONIC

BAR PANE L B .C N1

VOICE

HARMONY

EFFECTS

ADMUX1ADMUX2

PMUX2PMUX1PMUX0

BENDER

ENCA0ENCB0

TOBOUNCE BOARD

(CN1)

16'

MODULATION

ADRESERVE

toBENDER

UNIT

BENDERMAX

MAX

MIN

MINMODULATION

TO VOLUME B .

C N1

BALANCE

BALANCE

L2

SBT-046 0

R1 18K 2R1 18K 2

6

57

+

-

IC1BM5218

+

-

C4 100nFC4

6

57

+

-

IC2B

M5218+

-

R200

C733uF

R1 33K

R14NIU

D1BZX55C 5V1

84

+

-

IC2C

M521 8

+

-

C3100nFC3100nF

R4 100

C5

100nF

C5

C1 0100nF

R8

33K

R8

R5

15K84

+

-

IC1C

M5218

+

-

X0 13

X1 14

X2 15

X3 12

X4 1

X5 5

X6 2

X7 4

INH 6

A 11

B 10

C 9

X3

VSS8

VDD16

VEE7

IC 4

4051

34

21

C N1

S 4B-PH-K -S

R30

2

31

+

-

IC1AM5218

+

-

R1 24K 7

X0 13

X1 14

X2 15

X3 12

X4 1

X5 5

X6 2

X7 4

INH 6

A 11

B 10

C 9

X3

VSS8

VDD16

VEE7

IC 3

4051

C11100nFC11100nF

C6100nF

L1

SBT-0460

34

21

C N2

53015-0410

345678

21

91011121314

CN3

C8100nF

R1 0100 C9

33uF

R1 3NIUR1 3NIU

D2BZX55C 5V1

345678

21

9101112

C N4

53015-1210

C12100nF

C2

100nF

C2

R96K 8

R727K

C1 100nF

R6 00

2

31

+

-

IC2A

M5218+

-

CIRCUIT DIAGRAM ASSY 7778013000 (LEFT CONTROL 1/2)

E-80June 2006

141140

LSD0 LD0LSD1 LD1LSD2 LD2

LSS0 LSD3 LD3LD4

LSD5 LD5LD6LD7

LLCK1

LSS1

LSS2

LLSC0

LSS3

LLSC1

LSS4

LLSC2

LSS 0LSS 1LSS 2LSS 3 LLSC3LSS 4LSS 5LSS 6LSS 7

LLSC4

LLSC5

LLSC6

LHHOR6

LSSC0 LLSC0LSSC1 LLSC1LSSC2 LLSC2

LLSC3LLSC4LLSC5LLSC6

LD[0..7 ]

LSD

0

LSD

1

LSD

2

LSD

3

LSD

5

LSD

7

LSD7

LHHOR1

LSD

4

LSD4

LSD

6

LSD6

LHHOR5

LLD

6

LHHOR0

LLD

0

LLSC[0..7]

LHHOR3

ESD3

ESSC0ESSC1

ESD2

LSD7

ESD1ESD0

LSD6LSD5LSD4LSD3LSD2LSD1LSD0

LSSC0

LLCK1LLCK2DBPULSEOUT

LSSC3

LSSC1LSSC2

DBEAM

LLD

1

LLD

2

LLD

3

LD0

LD1

LD2

LD3

LD4

LD5

LD6

LD7

LSS[0..7]LSD[0..7]

LSS5LSS6LSS7

LSD0LSD1LSD2LSD3LSD4LSD5LSD6LSD7

DBPULSEOUT

LHHOR7

LLD0LLD1LLD2LLD3LLD4LLD5LLD6LLD7

LHHOR2LHHOR3LHHOR4

LSD7LSD6LSD5LSD4LSD3LSD2LSD1LSD0

LSSC0

SSENLSSC3

LSSC1LSSC2

LLCK2

ENCA0ENCB0

VOIC EHARMON YESD3

ESD2ESD1ESD0

EFFECTS

DBEAM

LLSC7

SSEN

ESSC0ESSC1

LHHOR5

LHHOR6LHHOR7

LLD

4

LLD

5

LHHOR4

LHHOR2

LLD

7

LLSC7

D

D

D

D

D

D

VLED5VD

5VD

VLED

VLED

VLED

VLED

VLED

VLED

VLED

5VD

5VD

5VD

D

+12V -12V

5VD

D D D D D D D D

D

VLED

5VD

D

REF

5VREF

+12V-12V 5VD

D

ENCA 0

VOICEHARMONYEFFECTS

ENCB 0

MINUS ON E TO P B WD FW D

PLAYSTO P

REC

FADE IN VARIATION 2 VARIATION 3 VARIATION 4 AUTO FILL IN

USR PGM 1

PLAY LIST

HOLD

SET LIST UP PANPOT REVERB

NEXT SONG

INTRO START/STO P

DOWN

HARMONIC BAR

TO

BOUNCE BOARD

CN3

16-TRK SEQ.

MAIN END/RIT BASS INVERSION SYNC START SYNC STO P

FADE OUT VARIATION 1

SONG STYLE PART PLAY LIST NEXT SONGMINUS ON E

16-TRK SEQ .

RECPLAYSTO P

INTRO

BASS INVERSION SYNC START

START/STOP

VARIATION 1 VARIATION 2 VARIATION 3 VARIATION 4

PANPOT

REVER B

SON GPART

USR PGM 1

USR PGM 2 USR PGM 3 USR PGM 4 USR PGM 5 USR PGM 6

USR PGM 8

FADE IN

FADE OU T HARMONIC BAR

TO

BOUNCE BOARD

CN5

TO

RIGHT PANEL B.

CN1

TO UPPER LEFT BOARD CN1

TO

RIGHT PANEL B.

CN4

TO UPPER LEFT BOARD CN3

VOIC E

HARMONY

EFFECTS

USR PGM 2 USR PGM 3 USR PGM 4 USR PGM 5 USR PGM 6 USR PGM 7 USR PGM 8

SYNC STOP HOLD MAIN

END/RI T

AUTO FILL IN

STYLE

USR PGM 7

D23

1N4148

L3

SBT-0460

SW 4

SW38

D39

SLR-343EBT3FGreen

D3

SLR-343EBT3FGreen

D73

SLI-343URC3FRe d

D73

D4

1N4148

34567

21

891011121314

CN8

AMPC1.2714P_VOL

D60

SLI-343URC3FRe d

SW 5

R16

10

SW36

SW27

D53

SLI-343URC3 FRe d

D53

F

D64

SLR-343EBT3FGreen

D54

SLI-343URC3 FRe d

D54

3

12

Q8RN2227Q8RN2227

D69

SLI-343URC3FRe d

D69

F

D15

1N4148

SW22

R27

33

R27

33

D7

1N4148

D70

SLI-343URC3FRe d

D70

SLI-343URC3FRe d

D45

1N4148

C1 3

100nF

D38

SLI-343URC3FRe d

F

SW20

3

12

Q4RN2227Q4RN2227

R2368

SW24

C21

100nF

D501N4148

SW10

D49

1N4148 SW35

D30

1N4148

SW40

D44

1N4148

SW30

D61

SLI-343URC3FRe d

D61

SW19

L4

SBT-0460

L4

3

12

Q9DTC114

D51

SLI-343URC3FRe d

D51

SLI-343URC3FRe d

D37

SLI-343URC3FRe d

D74

SLI-343URC3FRe d

D74

SW11 SW13

D22

1N4148

D22

3

12

Q16DTC114

3

12

Q7RN2227Q7RN2227

SW 8

D35

SLI-343URC3FRe d

D35

SLI-343URC3FRe d

R2168

D14

1N4148

3

12

Q11DTC114

D59

SLI-343URC3FRe d

SW 7

D66

SLI-343URC3FRe d

3

12

Q13DTC114DTC114

SW28

D6

1N4148

D62

SLI-343URC3 FRe d

D62

F

D57

SLR-343EBT3FGreen

SLR-343EBT3FGreen

SW32

SW34

2 193 184 17

201

5

111012913814715616

CN5

AMPC1.2720P

SW25

SW33

123

D65

SPR-325MVM

D48

1N4148

3

12

Q2RN2227

345678

21

91011121314

CN6

53015-1410

D29

1N4148

9

D56

SLI-343URC3FRe dRe d

D68

SLI-343URC3FRe d

D68

F

D12

Q119

D23

Q218

D34

Q317

D45

Q416

D56

Q515

D67

Q614

D78

Q713

D89

Q812

CLK11

OC1

VC

C20

GN

D10

IC5

74HC574

3

12

Q5RN2227Q5RN2227

D75

SLI-343URC3FRe d

D75

SLI-343URC3FRe d

D28

1N4148

SW12

SW1

SW39

D55

SLI-343URC3FRe d

D55

F

R1 933

SW31

D47

1N4148

D36

SLR-343EBT3FGreen

D3

SLR-343EBT3FGreen

345678

21

9101112131415

CN7

53015-1510

D25

1N4148

A1

B2

C3

G16

G2A4

G2B5

Y015

Y114

Y213

Y312

Y411

Y510

Y69

Y77

VC

C16

GN

D8

IC7 74HC138

D63

SLI-343URC3FRe d

D63

3

12

Q15DTC114

R2468

D27

1N4148

7

D71

SLI-343URC3FRe d

D71

R2527

D21

1N4148

D43

1N4148

D17

1N4148

D77

SLI-343URC3 FRe d

D77

SLI-343URC3 FRe d

D58

SLR-343EBT3FGreen

SLR-343EBT3FGreen

2 193 184 17

201

5

111012913814715616

CN10

AMPC1.2720P

SW16

A1

B2

C3

G16

G2A4

G2B5

Y015

Y114

Y213

Y312

Y411

Y510

Y69

Y77

VC

C16

GN

D8

IC 74HC1386

34567

21

891011121314

CN9

AMPC1.2714P_VOL

123

D52

SPR-325MVM

SW9

SW21SW18D20

1N4148

D341N4148

D9

1N4148

D261N4148

L5

SBT-0460

L5

R2268

SW37

D8

1N4148

D8

1N4148SW3

SW41

D19

1N4148SW17

D13

1N4148

D181N4148

C1533uF

3

12

Q3RN2227

D42

SLI-343URC3 FRe d

D42

SLI-343URC3 FRe d

D41

SLI-343URC3 FRe d

D41

SLI-343URC3 Fd

3

12

Q12DTC114

D72

SLI-343URC3FRe d

D72

D16

1N4148

D16

D3

1N4148

SW23

3

12

Q6RN2227Q6RN2227

D32

1N4148

2

C16470uF

SW14

D12

1N4148

D101N4148

R1 547K

D11

1N4148

SW26

SW 6

D76

SLI-343URC3 FRe d

D76

SLI-343URC3 FRe d

D33

1N4148

3

12

Q14DTC114

D24

1N4148

D40

SLI-343URC3FRe d

F

D46

1N4148

R2 068

3

12

Q10DTC114

C2 5

100nF

SW29

D5

1N4148

3

12

Q1RN2227

R2627

D31

1N4148

SW15

SW22

D67

SLI-343URC3FRe d

CIRCUIT DIAGRAM ASSY 7778013000 (LEFT CONTROL 2/2)

June 2006

1142

LSD[0..7 ]

LSD

6

LSD

7

LSD7LSD6

D

TO

UPPE R LE FT PANE L B .(C N2)

LSS5LSS6

LLHOR5LLHOR6LLD6LLD 7

MUS IC AS S . LYR IC S & S C OR E

MUS IC AS S . LYR IC S & S C OR E

E FFE C TS DIS K & ME DIA

D5

SLR-343BBT3FBl uu

D11N4148

D7

SLR-343EBT3FGreen

345678

21

910

C N1

53015-1010

SW 1

D31N4148

D6

SLR-343EBT3FGreen

D8

SLR-343EBT3FGreen

D21N4148

D41N4148SW 4SW 3

SW 2

CIRCUIT DIAGRAM ASSY 7778014000 (TOP LEFT CONTR.)

E-80

11443

CIRCUIT DIAGRAM ASSY 7778015000 (UPPER LEFT C.)

LSS5

LSS6

LSS7

LSD3

LSD0

LSD4

LSD7

LSD1

LSD5

LSD2

LSD6

LSD

3

LSS5

LSD

4LS

D5

LSD

6

LSS6

LSS7

LSD

0

LSD

7

LSD

1LS

D2

LSD

[0..7

]

LSS[

0..7

]

LLD7

LHH

OR6

LLD4

LLD5

LLD3

LHH

OR7

LLD0

LLD2

LLD6

LLD1

DBE

AM

LLD

1

LHH

OR3

LLD

2LL

D3

LLD

4

LHH

OR4

LLD

5LL

D6

LLD

7D

BEA

M

LLD

0

LHH

OR2

DBP

ULS

EOU

T

DBP

ULS

EOU

T

LHH

OR5

LHH

OR5

LHH

OR6

LHH

OR7

LHH

OR2

LHH

OR4

LHH

OR3

D

D

5VD

D

+12

V-1

2V

+12

V

-12V

D

DD

D

D

-12V

5VD

D

+12

V5V

D

5VD

D

8B

EAT

16

BEA

TL

IVE

BAN

DR

OC

KD

ISC

OD

AN

CE

CO

NTE

MP

BAL

LR

OO

MJA

ZZBL

UES

50'S

&60

'SB

OSS

ASA

MB

AL

ATI

NW

ORL

D

MA

RK

&JU

MP

1M

AR

K&

JUM

P2

MA

RK

&J U

MP

3M

AR

K&

J UM

P4

DJ

GE

AR

SF

XIN

ST

CT

RL

16BE

AT

LIVE

BAN

DRO

CK

MA

RK

&JU

MP

1M

AR

K&

JU

MP

2

LSS5

LSS6

LSD

7LS

D6

LLH

OR5

LLH

OR6

LLD

6LL

D7

TO

TO

PLE

FT

PA

NE

LB

.

CN

1

TO

LE

FT

PA

NE

LB

OA

RD

CN

10

TO

LE

FT

PA

NE

LB

OA

RD

CN

9

TO

DB

EAM

BO

AR

D

CN

1

CTR

L

JAZ

ZB

LU

ES

DIS

CO

DA

NC

EC

ON

TEM

PL

ATI

N

DJ

GE

AR

WO

RL

DS

FX

MA

RK

&J

UM

P4

BO

SS

AS

AM

BA

MA

RK

&J

UM

P3

50'S

&60'S

8B

EAT

BA

LL

RO

OM

INS

T

D1

71N

414

8D

17

1N41

48

D8

1N41

48D

81N

4148

C5

15p

F

D2

6

SLI-3

43U

RC3

FRe

dI-

3F

D5

1N41

48

D5

1N41

48

D2

4

SLI-

343

URC

3F

RedD

24

SLI-

343

URC

3F

D4

1N41

48

D4

1N41

48

D4

21

ss13

3tD

42

1ss

133t

D3

5

SLI-

343

URC

3F

RedD3

5

SLI-

343

URC

3F

Red

SW3

SW3

SW9

SW9

SW6

SW6

R13

1K

R13

1K

C7

100n

FC

710

0nF

D4

51

ss13

3t

D4

51

ss13

3t

SW13

SW13

C4

100u

F

R12

100

SW2

SW2

C1

100n

F

2 31

+-

IC1A

UPC

457

0

+-

UPC

457

0

SW11

SW11

SW17

SW17

D1

1N41

48D

11N

4148

D1

41N

4148

D1

41N

4148

6 57

+-

IC1B

UPC

457

0

+-

IC1B

UPC

457

0

SW7

SW7

D2

1

SLI-

343

URC

3F

Red

SL34

3F

R14

220

R14

220

D3

8

SLI-

343

URC

3F

RedD3

8

SLI-

343

URC

3F

D6

1N41

48D

61N

4148

D1

31N

4148

D1

31N

4148

3 4 5 6 721

891011121314

CN

1

AM

PC

1.2

714P

219

318

41720

1 5

1110

129

138

147

156

16

CN

3

AM

PC1.

2720

P

D2

2

SLI-

343

URC

3F

Red 34

3F

D1

81N

4148

D1

81N

4148

D3

0

SLI-3

43U

RC3

FRe

dSL

I-3

F

R2 47 47

D2

5

SLR-

343

EBT

3FG

ree

nD2

5

SLR-

343

EBT

3F

SW16

SW16

C2

100n

FC

210

0nF

D1

51N

4148

D1

51N

4148

D1

11N

414

8D

11

1N41

48

D3

1

SLI-

343

URC

3F

Red

SLI-

343

URC

3F

Red

3 421 5

CN

4

5301

5-05

10

D2

9

SLI-

343

URC

3F

Red

SLI-

343

F

SW18

SW18

R17

1K5

R17

1K5

R63K

9

D3

2

SLI-

343

URC

3F

Red

2

SLI-

FRe

d

D3

3

SLI-

343

URC

3F

Red

F

D7

1N41

48D

71N

4148

D2

7

SLI-

343

URC

3F

RedD2

7

I-Red

D4

61

ss13

3tD

46

1ss

133t

D4

0

SLR-

343

EBT

3FG

ree

nSL

R-3

43E

BT3F

Gre

en

D1

91N

4148

D1

91N

4148

C3

100n

F

C3

100n

F

SW10

SW10

SW8

SW8

D1

21N

4148

D1

21N

4148

D2

8

SLI-

343

URC

3F

Red

SLI-

343

URC

3F

Red

SW15

SW15

SW5

SW5

8 4

+-

IC1C

UPC

457

0

+-

IC1C

UPC

457

0

SW12

SW12 D

23

SLR-

343

EBT

3FG

reen

SLR-

343

EBT

3F

C8

10nF

C8

10nF

SW19

SW19

R7 2K2

R7 2K2

C6

15p

FC

615

pF

SW4

SW4

D3

4

SLI-3

43U

RC3

FRe

dSL

I-3

43

D2

01N

4148

D2

0

D4

41

ss13

3tt

D3

1N41

48D

31N

4148

R16

56K

R16

56K

SW20

SW20

D1

01N

414

8D

10

1N41

48

SW1

SW1

R15

1KR15

1K

R10

3K9

R10

3K9

R839

0K

R5 10K

R11

1K2

R1 47

3 4 5 6 7 821 910

CN

2

5301

5-10

10

D3

6

SLI-

343

URC

3F

RedD3

6

SLI-

343

URC

3F

Red

3

1 2

Q1

2SA

933

AS

D4

31

ss13

3t

D3

7

SLI-

343

URC

3F

RedD3

7

I-F

Red

R3 47R3 47

D4

11s

s133

tD

41

1ss1

33t

R9 47K

D2

1N41

48D

21N

4148

D9

1N41

48D

91N

4148

D3

9

SLR-

343

EBT

3FG

reen

SLR-

343

EBT

3FG

reen

SW14

SW14

D1

61N

414

8D

16

1N41

48

June 2006

11444

REF

REF

5VRE F 5VRE F

REF

5VR E F

REF

5VRE F

REF REF REF REF REF REF REF REF REF

D D D D D

REF

D D D

REF

5VR E F

D

D

16' 5-1/3 8' 4' 2-2/3' 2' 1 -3/5' 1-1/3' 1'

16'5-1/38'4'2-2/3'2'1-3/5'1-1/3'1'

TOLE FT PANE L B .

(C N4)

13

29

10

64

5 87H

VR 6100K

H

C 15100nF

13

29

10

64

5 87H

VR 9100K

H

C 10100nF

C 8100nF

13

29

10

64

5 87H

VR 3100K

H

13

29

10

64

5 87H

VR 1100K

H

13

29

10

64

5 87H

VR 4100K

H

13

29

10

64

5 87H

VR 7100K

H

7

13

29

10

64

5 87H

VR 5100K

H

C 14100nF

C 533uF

C 12100nF

13

29

10

64

5 87H

VR 2100K

H

13

29

10

64

5 87H

VR 8100K

H

C 17100nF

7C 333uF

345678

21

9101112

C N1

53015-1210

C 7100nF

C 133uF

C6100nFC6100nF

C 13100nF

C 11100nF

C 9100nF

C 16100nF

CIRCUIT DIAGRAM ASSY 7778016000 (HARMONIC)

CIRCUIT DIAGRAM ASSY 7778017000 (BOUNCE CONNECT.)

CN1

CN2

CN3 CN5

CN6CN4

+5V+5V

GNDGND

+12V-12V

GND

GND

-12V+12V

CN7

CN8

GND

FR OMR IGHT PANE L

(C N5)TO S UBC PU

(C N8)

FR OMLE FT PANE L

(C N7)

TO S UBC PU(C N3)

FR OMLE FT PANE L

(C N6)TO S UBC PU

(C N2)

TO MAINBOAR D(C N11)

FR OMLE FT PANE L

(C N3)

345678

21

910

C N8

53014-1010

C N8345678

21

91011121314

C N6

53014-1410

C N6

345678

21

91011121314

C N5

53014-1410

C N5

345678

21

91011121314

C N2

345678

21

9101112131415

C N3

53014-1510

345678

21

91011121314

C N1C N1

345678

21

910

C N7

53014-1010

C N7

345678

21

9101112131415

C N4

53014-1510

E-80

145

E-80June 2006

147146

CIRCUIT BOARD (INLET, POWER DISTRIBUTION, AFTER TOUCH, INVERTER, INTERRUPTOR, ENCODER)

View from component side

June 2006

1148

CIRCUIT DIAGRAM ASSY 7778002000 (INLET)

CIRCUIT DIAGRAM ASSY 7778003000 (POWER DISTRIB.)

AC MAINS

To S WPS Unit(C N1

(C N1)

)

To P ower S W N WHITE

BLACK

N

L

S AFE TY PR E C AUTIONS :

The parts marked havesafety-related characteristics.Use only listed parts forreplacement.

E arth

L2-L4R R H6-1-25L2-L4R R H6-1-25

321

C N1B3P5-VHC N1B3P5-VH

L1-L3R R H6-1-25L1-L3R R H6-1-25

2

1

N

L

E

INLE T142R 651611

N

L

E

INLE T142R 651611

TOROTX25/15/10-3E6

AWG18STYLE 1015

T1TX25_15_10-3E 6

TOROTX25/15/10-3E6

AWG18STYLE 1015

T1TX25_15_10-3E 6

C1NIUC1NIU

21

C N2B2P3-VHC N2B2P3-VH C2

4700pFC24700pF

+12V-12V

+5VD

D D

A

D

+5VD

+5VD

A

D

D

+5VD To Main Board

(CN1)

To Harmony Board

(CN1)

To Jack Board

(CN10)

To S WP S(CN3)

To S WP S(CN2)

To Bi-A MP Board(CN1)

To F DD U nit

To CF L D C-ACInverter Board

24V

To MIDI Board(CN5)

+12V-12V

+5V

GND

C8100nF

C7100nF

C102200uF

345678

21

910

CN2B10B-PH-K-S

C2100nF

345678

21

9

CN453014-0910

321

CN11B3B-PH-K-S

C9470uFC9470uF

34

21

567

CN5B7BXHA

321

CN10B3B-PH-K-S

C111000uF

NIUNI

34

21

567

CN6B7B-PH-K-S

C1100uF

34

21

CN9B4B-PH-K-S

L1EXC-ELDR25V

34

21

5

CN3B5P-VH

345678

21

CN1B8P-VH

E-80

1149 549

CIRCUIT DIAGRAM ASSY 7778008000 (AFTER-TOUCH)

CIRCUIT DIAGRAM ASSY 7778004000 (INVERTER)

+5V

+5V

+5V

+5V

D D

D D

D

DD

D

ToMAINBOARD

ToKEYBOARD

C447uF

VR2 470K

1 3

2

+

-

IC1B

NJM2115D

+

-

IC1B

6

57

R44K7

R2 150

C147uF

C54.7uF

R1 150

R121KR1

R6 4K7

C3100nF

R1039K

CN1

B3B-PH-K-S

(CN6)321

VR12.2K

1

13

2

R9 100

+

-

IC1C

NJM2115D

+

-

84

R34K7

R8 82K

R1139K

R5 4K77

+

-

IC1A

NJM2115D

+

-2

31

CN2

76384-404

3 421

C6 100nF

R15 NIU5 NIU

R14 NIUIU

R7 1K

R13 NIU

D

+5VD

+5VD

D

To Power Distribution Board

(CN9)

To Inverter Module INVC667

R20

C2100nF

1

2

4

3

FL1SS1V-10062 NIU

34

21

CN2B4B-PH-K-S

321

CN1B3B-PH-K-S

R10

C1100uF

C3100nF

June 2006

11550

Power SWITCH

To AC Inlet Board

(CN2)

S AFE TY PR E C AUTIONS :

The parts marked havesafety-related characteristics.Use only listed parts forreplacement.

1 24 3

SW 1SDDLB15700

21

CN1B2P3-VH

CIRCUIT DIAGRAM ASSY 7778006000 (INTERRUPTOR)

CIRCUIT DIAGRAM ASSY 7778005000 (ENCODER)

D

D

SW0SW1ENCA

GNDENCB

TOUPPERRIGHTPANEL B.

(C N2)

34

21

56

C N1

53015-0610

3

2

1

4 5

67

A

B

COMM

D E

ENC1EC12E24244F25

A

B

D E