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TK-850/HG2
Hardware Manual
2008/6 The 2nd edition TESSERA TECHNOLOGY INC.
Attention
・ The content of this material is a previous notice and might change. ・ The reprint reproduction of this material is prohibited without our approval
by the document. ・ Our company doesn't carry the for the mistake of this material at all. ・ Our company doesn't carry the for the violation of the patent, the copyright of
the third party generated in relation to the use of our product published in this material, and other intellectual property rights etc. at all. Our company doesn't permit our or third party's any patents, copyrights, and other intellectual property rights based on this material.
・ Information that relates to the circuit, software, and these described to this material explains the operation example and the application example of the semiconductor product. Please go to design customer's equipment in customer's responsibility when you use information on the circuit, software, and these. Our company doesn't carry the for the damage caused in the customer or the third party who originates in these use at all.
- 1 -
Table of contents
1. TK-850/HG2............................................................................................................................. 2 1.1. Features............................................................................................................................. 2 1.2. Attached goods list ............................................................................................................ 2 1.3. Hardware specification..................................................................................................... 2 1.4. Terminal list ...................................................................................................................... 3
2. Switches and LED................................................................................................................... 7 2.2. SW1.................................................................................................................................... 7 2.2. SW2.................................................................................................................................... 7 2.3. SW3.................................................................................................................................... 7 2.4. SW4.................................................................................................................................... 8 2.5. LED1.................................................................................................................................. 8 2.6. JP1 ..................................................................................................................................... 8 2.7. NWIRE1,NWIRE2 Connector ......................................................................................... 9 2.8. U2(7seg LED), ............................................................................................................ 10
3. Connector Pin Termination Note ......................................................................................... 11 3.1. Solder-short pad label..................................................................................................... 11 3.2. Operation by external power supply ............................................................................. 12
4. TK-850/HG2 data .................................................................................................................. 13 4.1. Parts arrangement plane ............................................................................................... 13 4.2. Solder-short pad arrangement plane ............................................................................ 13 4.3. Measure plane of PWB................................................................................................... 14 4.4. Circuit chart .................................................................................................................... 15
- 2 -
1. TK-850/HG2 V850ES/Kx2 is the NEC Electronics 32bit single chip microcomputer. The features and hardware specification of an evaluation board (TK-850/HG2CPU board) of V850ES/Kx2 series are described. 1.1. Features
Features of the TK-850/HG2 CPU board are as follows. The evaluation board used the NEC Electronics 32bit single chip microcontroller. (μPD70F3707). All of the ROM, RAM and circumference circuit are efficiently built in one chip on a single board.
High-speed operation is realized via the 20MHz internal clock.. 32.768KHz sub-clock standard equipment The high speed RAM: 12K-byte is built into CPU chip by the flash memory 256 K-byte. 84 I/O ports are equipped at the maximum. The board itself is quite small and easy to handle; about the size of a business card.
1.2. Attached goods list
TK-850/HG2 CPU board Development tool/Manual CD-ROM USB cable(MINI B←→A) 1.3. Hardware specification
CPU μPD70F3707GC Frequency of operation 20MHz operation (sub-clock:32.768KHz) Interface USB (MINI B connector)
Connector for N-Wire (Only solder pad) The circumference board connector 50pin socket x2 (Only solder pad)
Operation pressure 5V
- 3 -
1.4. Terminal list
It is TK-850/HG2CPU board of terminal table of CN1 and CN2. CN1, CN2 are mot mounted.
CN1 terminal list(HIF-3H-50DA-2.54DSA[not mounted]by Hirose)
CN1 Signal
name
Terminal CPU name at connection
destination Notes
1 AVREF0 AVREF0 Connected VDD by the pad for solder-short
2 VSS AVSS,VSS,EVSS,BVSS
3 P10 P10/INTP9
4 P11 P11/INTP10
5 EVDD EVDD Connected VDD by the pad for solder-short
6 P78 P78/ANI8 Connected SW3-5 by the pad for solder-short
7 P79 P79/ANI9 Connected SW3-6 by the pad for solder-short
8 FLMD0 FLMD0 Connect it with the FLMD0 control logic.
9 VDD VDD
10 +12V It connects it with CN3 and J1.
11 VSS AVSS,VSS,EVSS,BVSS
12 +12V It connects it with CN3 and J1.
13 VDD VDD
14 RESET0 RESET Connect it with the Reset circuit.
15 VDD VDD
16 +12V It connects it with CN3 and J1.
17 P02 P02/NMI
18 P03 P03/INTP/ADTRG SW2
19 P04 P04/INTP1 SW1
20 P05 P05/INTP2/DRST
21 P06 P06/INTP3
22 P40 P40/SIB0
23 P41 P41/SOB0
24 P42 P42/SCKB0
25 P30 P30/TXDA0 Connected RXD by the pad for solder-short
26 P31 P31/RXDA0/INTP7 Connected TXD by the pad for solder-short
27 P32 P32/ASCKA0/TOP01/TIP00/TOP00
- 4 -
28 P33 P33/ TIP01/TOP01
29 P34 P34//TIP10/TOP10
30 P35 P35/TIP11/TOP11
31 P36 P36
32 P37 P37
33 VSS AVSS,VSS,EVSS,BVSS
34 EVDD EVDD Connected VDD by the pad for solder-short
35 P38 P38/TXDA2
36 P39 P39/RXDA2/INTP8
37 P50 P50/KR0/TIQ01/TOQ01
38 P51 P51/ KR1/TIQ02/TOQ02
39 P52 P52/ KR2/TIQ03/TOQ03/DDI 4.7kΩpull-up
40 P53 P53 /KR3/TIQ00/TOQ00/DDO 4.7kΩpull-up
41 P54 P54/ KR4/DCK 4.7kΩpull-up
42 P55 P55/KR5/DMS 4.7kΩpull-up
43 P90 P90/KR6/TXDA1 Connected 7segLED by the pad for solder-short
44 P91 P91/KR7/RXDA1 Connected 7segLED by the pad for solder-short
45 P92 P92/TIQ11/TOQ11 Connected 7segLED by the pad for solder-short
46 P93 P93/TIQ12/TOQ12 Connected 7segLED by the pad for solder-short
47 P94 P94/TIQ13/TOQ13 Connected 7segLED by the pad for solder-short
48 P95 P95/TIQ10/TOQ10 Connected 7segLED by the pad for solder-short
49 P96 P96/TIP21/TOP21 Connected 7segLED by the pad for solder-short
50 P97 P97/SIB1/TIP20/TOP20 Connected 7segLED by the pad for solder-short
- 5 -
CN2 terminal list (HIF-3H-50DA-2.54DSA[not mounted]by Hirose)
CN2 Signal
name
Terminal CPU name at connection
destination Notes
1 P98 P98/SOB1
2 P99 P99/SCKB1
3 P910 P910
4 P911 P911
5 P912 P912
6 P913 P913/INTP4/PCL
7 P914 P914/INTP5
8 P915 P915/INTP6
9 P710 P710/ANI10 Connected SW3-7 by the pad for solder-short
10 P711 P711/ANI11 Connected SW3-8 by the pad for solder-short
11 PCM0 PCM0
12 PCM1 PCM1/CLKOUT
13 PCM2 PCM2
14 PCM3 PCM3
15 PCT0 PCT0
16 PCT1 PCT1
17 PCT4 PCT4
18 PCT6 PCT6
19 VSS AVSS,VSS,EVSS,BVSS
20 BVDD BVDD Connected VDD by the pad for solder-short
21 PDL0 PDL0
22 PDL1 PDL1
23 PDL2 PDL2
24 PDL3 PDL3
25 PDL4 PDL4
26 PDL5 PDL5/FLMD1 10kΩpull-down
27 PDL6 PDL6
28 PDL7 PDL7
29 PDL8 PDL8
30 PDL9 PDL9
31 PDL10 PDL10
- 6 -
32 PDL11 PDL11
33 PDL12 PDL12
34 PDL13 PDL13
35 P715 P715/ANI15
36 P714 P714/ANI14
37 P713 P713/ANI13
38 P712 P712/ANI12
39 PCS0 PCS0
40 PCS1 PCS1
41 P00 P00/TIP31/TOP31
42 P01 P01/TIP30/TOP30
43 P77 P77/ANI7
44 P76 P76/ANI6
45 P75 P75/ANI5
46 P74 P74/ANI4
47 P73 P73/ANI3
48 P72 P72/ANI2
49 P71 P71/ANI1
50 P70 P70/ANI0
- 7 -
2. Switches and LED 2.2. SW1
It is connected with terminal P04/INTP1 of CPU. It becomes "Low" if it pushes, it becomes "Open" if it separates, and turn ON pull-up resistor (PU0) with built-in CPU, please when using it.
2.2. SW2
It is connected with terminal P03/INTP0 of CPU. It becomes "Low" if it pushes, it becomes "Open" if it separates, and turn ON pull-up resistor (PU0) with built-in CPU, please when using it.
2.3. SW3
Mode setting of bit1-4 of SW3.Bit5-8 is Dip switch for the general-purpose input port connected with P78,P79,P710,P711. 2.3.1 Please change to the following settings when you use ID850-TK of this
Product attachment. SW3
Bit 1 ON Bit 2 ON Bit 3 ON Bit 4 OFF
※1 When ID850-TK is used, these terminals cannot be used because it
communicates with the host machine by using and the terminal P30 and P31.
2.3.2. Please change to the following settings and reset it once when you execute the
program written in the flash memory with built-in CPU without using ID850-TK.
SW3 Bit 1 OFF Bit 2 OFF Bit 3 OFF Bit 4 OFF
- 8 -
2.3.3. Please change to the following settings when writing it in the flash memory with built-in CPU by using PG-FPL. (The hardware of PG-FPL is built into TK-850.)
SW3 Bit 1 ON Bit 2 OFF Bit 3 ON Bit 4 ON
2.3.4. Please change to the following settings when you connect N-wire emulator. SW3
Bit 1 OFF Bit 2 OFF Bit 3 OFF Bit 4 OFF
2.3.5. Bit5-8 of SW3 is connected with the following terminals CPU.
It connects it with GND by turning on. It becomes "Low" if the switch turning on. And it becomes "High" if the switch turning off.
SW3 Bit 5 P78 Bit 6 P79 Bit 7 P710 Bit 8 P711
2.4. SW4
SW4 is the reset switch. CPU can be reset by pushing.
2.5. LED1
`Power LED’. LED1 is activated when the power supply is turned on. 2.6. JP1
It is power supply of CPU former specification. Short USB connected with the USB1 connector supplies the power supply. Open The power supply is supplied from the outside.
- 9 -
2.7. NWIRE1,NWIRE2 Connector
These are connector for N-Wire emulator. It can connect N-Wire emulator of IE-V850E1-CD-NW etc.
NWIRE1 can connect to N-Wire emulator by installing a connector. (8830E-026-170S [not mounted] by KEL Corp. ) Also, NWIRE2 can connect to N-Wire emulator by installing a connector (SICA2P20S[not mounted] by Tokyo Eletech) and going through a conversion adapter(SICA20I2P by Tokyo Eletech). Please do the following setting when you connect N-Wire emulator. ・ Bit1,2, 3, 4, of SW3 are turned off.
- 10 -
2.8. U2(7seg LED),
7seg LED of U2 can be lit with P90-P97. Please set the port mode to the output, and output “Low” signal from the port.
U2
P90
P91
P92
P93
P94
P95
P96
P97
The figure of 0-9 can be displayed by writing the following values in P9 register. Example of displayed figure and set data
0 0xC0 5 0x92 1 0xF9 6 0x83 2 0xA4 7 0xf8 3 0xB0 8 0x80 4 0x99 9 0x98
- 11 -
3. Connector Pin Termination Note 3.1. Solder-short pad label
The terminal of CPU can be customized by opening the pad for short solder to separate the circuit of onboard when the circuit of onboard is not used and connector (CN1,CN2) of the board in the surrounding is used. Pad for solder-short has shape like the figure below. Please absorb solder with a soldering iron etc. when opening.
Solder-short pad(opened shape)
Solder-short pad name State when
shipping itConnection
Connected to 7segLED through the 1kΩ resister P90~P97 Short
Open when using it as input terminal
Terminal RXD,TXD, P30, and P31 of FT232 RXD,TXD Short Open when using it by other usages without using
ID850-TK Terminal FLMD0 of CPU
FLMD0 Open Short when rewrite the built-in flash memory by self which uses P37 connector. SW3-5~8
P78~P711 Short Open when using it as output terminal
VDD AVREF0 Short Open when AVREF0 are driven by other
voltages VDD
BVDD Short Open when BVDD is driven by other voltages
VDD EVDD Short
Open when EVDD is driven by other voltages AC adaptor power supply of CN3 and J1
VDD1,VDD2 Open When assuming VDD, it is Short as for the power supply of CN3 J1
- 12 -
3.2. Operation by external power supply
The power supply of the AC adaptor connected with CN3 is connected only with the power supply terminal of the connector of the board in the surrounding (10, 12, and 16pin of CN1). However, not to tie to USB this board and to operate with the unit, the AC adaptor can be made a power supply by the connection of the AC adaptor of 5V to CN3 and the short-circuit of solder short pad (DCVDD1,2). Moreover, it is also possible to connect the stabilizing supply etc. in the lead line instead of the AC adaptor because CN3 is connected with J1 of a through hole.
・Acceptable jack (CN3) :HEC0470-01-630 by Hosiden Corp(not mounted) ・Acceptable plug :2.1mm DC jack(center plus) ・Current capacity :100mA or more
・J1-1pin:plus ・J1-2pin:minus
Attention:Please make JP1 Open when operating in an external power supply
- 13 -
4. TK-850/HG2 data 4.1. Parts arrangement plane
4.2. Solder-short pad arrangement plane
NWIRE1
CN3
NWIRE2
CN2
SW1 J1 SW2
U2(7segLED)
JP1 CN1
SW4
P78,P79,P710,P711 BVDD P90~P97 EVDD
SW3 LED1
DCVDD2 DCVDD1
AVREF0 JP1 RXD TXD
- 14 -
4.3. Measure plane of PWB
- 15 -
4.4. Circuit chart
Not mounted
C3
0.1uF
AVREF0
Not mounted Not mounted
TP1LC-2
TP2LC-2
Title
Size Document Number Rev
Date: Sheet of
5E1-040A 1.0
TK-850/HG2
A3
1 2Thursday , October 13, 2005
V850ES/HG2
U1
V850ES/HG2
AVREF01
AVSS2
P10/INTP93
P11/INTP104
EVDD5
P00/TIP31/TOP316
P01/TIP30/TOP307
FLMD08
VDD9
REGC10
VSS11
X112
X213
RESET14
XT115
XT216
P02/NMI17
P03/INTP0/ADTRG18
P04/INTP119
P05/INTP2/DRST20
P06/INTP321
P40/SIB022
P41/SOB023
P42/SCKB024
P30/TXDA025
P31/
INT
P7/R
XDA
026
P32/
ASC
KA0
/TIP
00/T
OP0
0/T
OP
0127
P33/
TIP0
1/TO
P01
28
P34/
TIP1
0/TO
P10
29
P35/
TIP1
1/TO
P11
30
P36
31
P37
32
EVSS
33
EVD
D34
P38/
TXD
A2
35
P39/
RX
DA2
/IN
TP8
36
P50/
TIQ
01/T
OQ
01/K
R0
37
P51/
TIQ
02/T
OQ
02/K
R1
38
P52/
TIQ
03/T
OQ
03/K
R2/
DD
I39
P53/
TIQ
00/T
OQ
00/K
R3/
DD
O40
P54/
KR4/
DC
K41
P55/
KR5/
DM
S42
P90/
TXD
A1/
KR6
43
P91/
RX
DA1
/KR
744
P92/
TIQ
11/T
OQ
1145
P93/
TIQ
12/T
OQ
1246
P94/
TIQ
13/T
OQ
1347
P95/
TIQ
10/T
OQ
1048
P96/
TIP2
1/TO
P21
49
P97/
TIP2
0/TO
P20/
SIB1
50
P98/SOB1 51P99/SCKB1 52P91053P911 54P91255P913/INTP4/PCL 56P914/INTP557P915/INTP6 58PCS059PCS1 60PCM061PCM1/CLKOUT 62PCM263PCM3 64PCT065PCT1 66PCT467PCT6 68BVSS69BVDD 70PDL071PDL1 72PDL273PDL3 74PDL475
PDL5
/FLM
D1
76P
DL6
77P
DL7
78P
DL8
79P
DL9
80P
DL1
081
PD
L11
82P
DL1
283
PD
L13
84P7
15/A
NI1
585
P714
/AN
I14
86P7
13/A
NI1
387
P712
/AN
I12
88P7
11/A
NI1
189
P710
/AN
I10
90P
79/A
NI9
91P
78/A
NI8
92P
77/A
NI7
93P
76/A
NI6
94P
75/A
NI5
95P
74/A
NI4
96P
73/A
NI3
97P
72/A
NI2
98P
71/A
NI1
99P
70/A
NI0
100
P77
P72
P74
P73
P76
P75
P71
1P
712
P71
3
P70
P71
P79
P71
0
P78
P71
4P
715
P30
P03
P41P42
P40P06
PDL0
P38
P31
PCS1
PD
L13
PCT6
P32
P95
P93
P50
P914P05
P51
P35
PCS0P02
P911
PCT4
P00
PD
L9
P98
PD
L10
P55
PCT0
P39
PD
L7
P54
P34
P915
P910
P94
P99
P97
PCM1
PCT1
P53
P37
PD
L11
PDL4
P96
P01
PD
L8
P912
P04
PD
L5
PCM3
P33
PDL3
P52
P10PDL1
PCM0
P36
PDL2
PD
L6
P913
PD
L12
PCM2
P92
P11
VDD AVREF0
BVDD
EVDD
EVDD
X2
XT2
P90
P91
XT1
X1
RESET0P.2
FLMD0P.2
TXD
RXDP.2
TXDP.2
C6
4.7uF
R510K
12
C2
0.1uF
EVDDVDD
C1
0.1uF
P78
P711
P710
P79
DCVDD2DCVDD1 P03
P04
LED1PG1112H
R11330
+ C104.7uF/25V
CN3HEC0470-01-630
123
J1
CON212
VDD+12V
VDD
FLMD0
CN1
HIF3H-50DA-2.54DSA
135791113151719212325272931333537394143454749
2468
101214161820222426283032343638404244464850
VDD
EVDD
+12V
AVREF0EVDD
P10
P05P04P02
P11
P79
P42
P78
P03
P40
P30
P06
P33P32P31
P41
RESET0
P38
P34P37P36P35
P54
P51P50P39
P91P90
P53P52P55
P97P96
P92P95P94P93
BVDDEVDD
C14
0.1uF
+C134.7uF/25V
+C114.7uF/25V
C12
0.1uF
EVDDVDD
Not mounted
VDD BVDDVDD
VDD GND
Not mounted
SW3-7
CHS-08B
7 10
SW3-6
CHS-08B
6 11
SW3-8
CHS-08B
8 9
SW3-5
CHS-08B
5 12
FLMD0
R410K
12
R310K
12
R210K
12
R110K
12
AVREF0
AVREF0
SW1
SKQMBB
1 2
CN2
HIF3H-50DA-2.54DSA
135791113151719212325272931333537394143454749
2468
101214161820222426283032343638404244464850
BVDD
P711P710
P912P910
P913P911
PCM3
PCT6
PCM2
P99
PDL0
PDL4
P98
PDL3
P914 P915
PCM1
PCT4
PCM0
PCT0
PDL1
PCT1
PDL2
PDL10PDL9PDL7PDL5
PDL6
PDL12P715
PDL13P714
PDL11PDL8
P00
P712PCS1PCS0
P713
P73 P72P70
P01
P71
P76P77P74P75
SW2
SKQMBB
1 2
RESET0P05
P52
P55P54
P53
MR1
1K
11621531441351261171089
NWIRE2
SICA2P20S
123456789
1011121314151617181920
U2
TLGD337T
A1
F2
G3E4 D
5
DP6
COM_A 7
C8 DP_A9
B10
FLMD0
P97
NWIRE1
8830E-026-170S
TRCCLKA1
TRCDATA0A2
TRCDATA1A3
TRCDATA2A4
TRCDATA3A5
TRCENDA6
DDIA7
DCKA8
DMSA9
DDOA10
DRST_A11
GPIO0A12
GPIO1A13
GND_0B1
GPIO2B11
GPIO3B12
TRGT_VDDB13
GND_1B2
GND_2B3
GND_3B4
GND_4B5
GND_5B6
GND_6B7
GND_7B8
GND_8B9
GND_9B10
P91
P96
P94
P92
P95
R104.7K
EVDD
P93
P90
R94.7K
R84.7K
R74.7K
EVDD
EVDD
P54
P55
P05
FLMD0
RESET0
P53
P52
EVDD
R1210K
FLMD0
FLMD0
RXD
100 Parts, 28 Library Parts, 145 Nets, 508 Pins
Not mounted
JP1
FFC-2AMEP1
12
USBVDDVDD
X2
XT1XT2
X1
Not mounted
Not mountedC410PF
C510PF
Y1CSTLS 5MHz X
R6100
Y2
MC-306 32.7680K-A0
C710PF
Not mounted
C810PF
Not mounted
- 16 -
TP3LC-2
R28
100
Title
Size Document Number Rev
Date: Sheet of
5E1-040A 1.0
TK-850/HG2
A3
2 2Thursday , October 13, 2005
U6B
SN74LVC2G06DCK
3 4
5
2
L1BLM41PG750S
U6A
SN74LVC2G06DCK
1 6
5
2
R15470
+ C154.7uF/25V
R24
1K
USB1UX60A-MB-5ST
VBUS1
D-2
D+3
ID_NC4
GND5
FG1
FG1
FG2
FG2
FG3
FG3
FG4
FG4
R1627
U7
SN74LVC1G126DCK
2 4
5 13
SW3-2
CHS-08B
2 15
R2110K
C21
0.1uF
C23
0.1uF
Y3
CSTCR6M00G15
C20
33nF
C24
0.1uF
C16
0.1uF
SW3-4
CHS-08B
4 13
R1727
R2710K
R25
1K
R191.5K
SW3-1
CHS-08B1 16
C19
0.1uF
R2010K
R2210K
R18
1K
U4
FT232BL
TXD25
RXD24
RTS#23
CTS#22
DTR#21
DSR#20
DCD#19
RSTOUT#5
XTOUT28
RESET#4
EECS32
EESK1
EEDATA2
AG
ND
29G
ND
9
RI#18
GN
D17
TEST31
PWRCTL14
PWREN#15
TXDEN16
TXLED#12
SLEEP#10
RXLED#11
VCC
-IO13
3V3OUT6
AVC
C30
VCC
26
VCC
3
USBDM8
USBDP7
XTIN27
R23
100K
C17
0.1uF
C18
0.1uF
C22
0.1uF
SW3-3
CHS-08B
3 14
USBVDD
USBVDD
USBVDD
USBVDD
USBVDD
EVDD
EVDDEVDD
EVDD
EVDD
EVDD
EVDD
USBVDD
EVDD
EVDD
USBVDD
EVDD
EVDD
FLMD0 P.1
TXD P.1
RESET0 P.1
RXDP.1
RESET
U5A
SN74LVC2G07DCK
1 6
5
2
U5B
SN74LVC2G07DCK
3 4
5
2
SW4
SKQMBB
1 2