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SATRA Electronics. PWS 10/07/09. Antenna (Downhole) Cables. Cables shipped cut-to-length, terminated and wound (not on spools) Downhole cables: ~14” diameter winding with (3) removable ties Delay loops: ~14” diameter winding with (3) cable ties. Antenna Cable Breakouts and Connectors. - PowerPoint PPT Presentation
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1
SATRA Electronics
PWS 10/07/09
2
Antenna (Downhole) CablesCables shipped cut-to-length, terminated and wound (not on spools)Downhole cables: ~14” diameter winding with (3) removable tiesDelay loops: ~14” diameter winding with (3) cable ties
3
Antenna Cable Breakouts and Connectors
30m15m 5m
SurfaceAnchor point
Taped to IC cable
15m15m
F-Male Crimp NK# 92N5307
F-Female: F-Female adapter NK# 79K4850
F-Female: BNC-Male adapter DK# 501-1155-ND
Outside Endof Deployment
Winding
UHF-Female: UHF-Female adapter DK# 367-1083-ND
BNC-Female: UHF-Male adapter DK# CPAD500-ND
DK= Digi-KeyNK= NewarkMS= Mouser
Delay and AttenuationMatching loop:Delay length = SDual RG6 cut length = S/2Placed at top of hole
“s”
Belden 1843A75Ω Dual RG6:-0.045” BCCS-RG6 (INNER)-RG6 (OUTER)
To DAQ Suitcaseat top of hole
TopBreakout~4” pigtail
BottomBreakout~4” pigtail
Belden 1152ATFE RG6 Jumpers
75Ω 36” long
5m
4
Antenna DeploymentSame configuration for Top and Bottom
AluminumBailing WireSpacer
=Driller Tape
Dual CoaxialBelden 1843A
Maple Dowel4 ft long x ¾” ODMcMaster 97015K19
Brackets 4” RAMcMaster 1556A17
Plastic Clamp (2)Black AcetalMcMaster 7429K47
Plywood Disk ¼”12” Diameter. w/ (4) 10-32 T-Nuts
Diamond Corp.D220 Discone-first whip element only
Deployment Construction Detail
Belden 1152ATFE RG6 Jumpers75Ω 36” long
5
2 channel DOM MainBoard DAQ
Noise input “A”
CommunicationsAnd Power
Delay Boards
Main Board “U”
Main Board Interface PCB (2 ea)
Pulse input “B”Pulse input “A”
Noise input “B”Main Board “T”
6
DOM MB DAQ WIRING
Last Modified: REV
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Page Created:Board File:Size:
IceCube Research Center222 W. Washington Avenue, Madison, Wisconsin 53703
Friday, September 18, 2009
num ct
Thursday, July 02, 2009
DOM MB DAQ Channel ASSY
<Board Name>3
<File>
A
PMT InputSMB JackAMP 414244-1
TB1GND
TB3TB2
COMM+COMM-
J5WM2901-ND
123
J4WM2902-ND
1234
LC0_POSLC0_NEGLC1_POSLC1_NEG
TB10TB9TB8TB7
SMA-M to BNC-M 12" long Assy
Transformer Couplingfor Inversion and Isolation
J1 Ch 2WM2901-ND
123
SMB JackAMP 414244-1A4047-ND
Coaxial Cable Assembly:SMB-75 Ohm Right Angle toSMB-75 Ohm Right Anglee.g Newark 77M731112" length of RG179 or RG187Note SMB *50 Ohm* is wrong type!
J2WM2900-ND
12
J3WM2900-ND
12
BNC Feedthruon Front Panel
MB Interface Card2" x 3"
PxWM2900-ND
12
PxWM2900-ND
12
All Hookup Wire AWG#22 TFE
J1 Ch 1WM2901-ND
123
Quad Connectoron Front Panel
BLKRED
YELVIO
YEL
Twist Top and Bottom Pairs
VIOBLUBRN
YELVIO
LC Jumpers Twisted pairs
J6WM2900-ND
12JP2-1
JP2-2
5VanalogPWR_GND
BLKRED
ORGGRA
J3
SMA VERT
J7WM2900-ND
12
C16.7
J1SMA VERT
L1
66uH
J2SMB 75 ohm
GRN
GRN
SMA-F to SMA-M12" long Assy
SMA Feedthruon Front Panel
TP5-1 WHT
TP5-2 GRA
Remove R7 from MBto Disconnect Barometer
J3MS3112E14-5P
ABCDE
T1Transformer_2_RF
1
3 4
6
C20.1
Channel 1= MB in ChassisChannel 2= MB attached to Lid
SMA-M(RA):SMA-M(RA) 12” cableDK J4412-ND SMA-F:BNC-M adapterMS 523-242103 NK 80K0205
SMA-M(RA):SMA-F(BH) 12” cableDK J7212-ND
7
Suitcase Interconnects
Ch A
Ch B
Ch A
Ch B
= SMA-F= BNC-F= MS3112-E14-5P
450 MHz TDAIN OUTREF
= MS3116-F14-5S
= MS3114-F14-5P
“WP0”
“WP1”
SATRA Y Adapter
(Ch4)
(Ch3)
(Ch2)
(Ch1)
Front End Assembly (2 or 4)
BNC-F:BNC-F Feedthrough, DK ARF1735-ND
BNC-M:SMA-F Adapter, NK 92C7248 MS 523-242103
SMA-M:SMA-M Coupler, NK 92H4682, DK ACX1240-ND
SMA-M(RA):SMA-M(RA) 12” Cable, DK J4412-ND
Mounted in Suitcase Wall After Shipment
1 1
1
Optional 2nd DAQ
8
MB Interface PCB
Last Modified: REV
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Page Created:Board File:Size:
IceCube Research Center222 W. Washington Avenue, Madison, Wisconsin 53703
Friday, September 18, 2009
1 1
Friday, August 07, 2009
DOM Mainboard Interface PCB
<Board Name>1
<File>
A
C34.7uF
R6 0
L422uH
1 2
R5NL
R7NL
P6MB +5
12
P5MB COMMS
123
P1COMMS1
23
TB10
TB7TB8TB9P4
MB LC
1234
P2LC01
2
P3LC11
2
LC0_POSLC0_NEG
LC1_POSLC1_NEG
TB1
C4
0.1uF
TP5-1
TB2
TP5-2
TB3
NEGPOSGND
J2SMB 75 ohm
SMB JackAMP 414244-1A4047-ND
JP2-1JP2-2
L622uH
1 2
R2 0
L322uH
1 2
( MB Pressure ADC )
L222uH
1 2
L5150nH
1 2
FB1Z=40
T1T1.5-1-KK81+
1
3 4
6R8NL
J3SMA Vert
C20.1uF
C10.1uF
R1 0
P7MB MON
12
L122uH
1 2
TP1
J1SMA Vert
TP2 TP3
R3 NL
R4 NL
To TDA (DC and Sig)
To TDA REF OUT
9
TDA SchematicSH2
Shield 0.65 X 0.65
123
4 5 6
789
101112 Components removed and jumpers added for:(1) 5V-12V power via J4(2) Remove 100MHz High Pass
R92K
R1
100K
C126.2pF
INPUT
SH3Shield 0.65 X 0.65
123
4 5 6
789
101112
J 1 SMA End Launch
Shield 4
R5150
SH4Shield 0.65 X 0.65
123
4 5 6
789
101112
J3SMA End Launch- One Sided
R82K
SH-C4Shield Cover
J4SMA End Launch- One Sided
J5SMA End Launch- One Sided
SH1Shield 0.65 X 0.65
123
4 5 6
789
101112
TP2
Last Modified: REV
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IceCube Research Center222 W. Washington Avenue, Madison, Wiscons in 53703
Tuesday, Oc tober 06, 2009
1 1
Tuesday, June 30, 2009
TDA_2 Test Board
TDA_2.MAX3
TDA_2.DSN
B
U1
MGA-62563
G11
G22
IN3
BIAS4
G35
Vd-Out6
R675.0
L15.6nH
1 2
L2120nH
1
2
C1100pF
C4100pF
C3100pF
C21000pF
C5100pF
R21K
L76.2nH
1 2
C210.1uF
Shield 2Shield 1 Shield 3
+3.3
(68pF)
L1222uH
1 2
L1122uH
1 2
L10120nH
1 2
U3ADL5513
VP-11
INHI2
INLO3
VP-24
NC7
16
NC6
15
CLPF
14
NC5
13
VOUT12
VSET11
COMM10
TADJ9
NC1
5
NC2
6
NC3
7
NC4
8
PAD17
C14100pF
R452.3
C15100pF
C190.1uF
C160.1uF
C200
C220.1uF±10%50VX7R
SH-C1Shield Cover
+3.3
C136.2pF
C230.1uF±10%50VX7R
L656nH
1
2
+3.3
+3.3
SH-C2Shield Cover
OUTPUT &Power In(4.5-12 Vdc)
J2SMA End Launch
SH-C3Shield Cover
FB3Z=40
FB1Z=40
FB2Z=40
C7100pF
C8100pF
+3.3
U2
MGA-62563
G11
G22
IN3
BIAS4
G35
Vd-Out6
L4120nH
1
2
(68pF)
C61000pF
L35.6nH
1 2
R31K
U4LM2937
IN1
G12
OUT
3
G24
+3.3
C280.1uF±10%50VX7R
C290.1uF±10%50VX7R
+3.3
C11
47pF
C17100pF
C18100pF
C274.7uF±20%25VX5R
L556nH
1
2
(1)C264.7uF±20%25VX5R
C254.7uF±20%25VX5R
C244.7uF±20%25VX5R
(1)
100 MHz High Pass
(2)
800MHz Low Pass
R72K
C9
47pF
(2)
(2)
C10
15pF
(2)
L822nH
1 2
(1)
L96.2nH
1 2
(2)
10
Patch Cables
J2MS3114F14-5S
ABCDE
SJB Q17
BLU WP0-TUR WP1+
WHT WP0+VIO WP1-
P2MS3116F14-5P
ABCDE
P1MS3112E14-5P
ABCDE
J1MS3116F14-5S
ABCDE
DOM MBDAQ BOX
WHT WP0+VIO WP1-BLU WP0-TUR WP1+
SATRA SJB Patch Cable40m Long Aerospace(Between SJB and Hole)
P1-YMS3114F14-5P
ABCDE
J1-AMS3116F14-5S
ABCDE
J1-BMS3116F14-5S
ABCDE
QTY: (4)
SATRA ICL Patch CableLong enough for PP to "AMANDA TWR" RackAerospace cable
QTY: (4)
LugGND
SATRA Y AdapterAdapts two daqs to one SJB patch cable18" long each branch
J8MS3116F14-5S
ABCDE
VIO WP1-WHT WP0+
TUR WP1+BLU WP0-
QTY: (4)
P9
DB-9 Male
1
2
3
4
5
6
7
8
9
Drain
11
TDA front-end SweepBefore Log Amp, + Band-Reject Filter (BRF)
Test output J4 (before log amp) is attenuated -40dB, Source was -60dB (~200uV RMS)
Front End Frequency Response
-90
-85
-80
-75
-70
-65
-60
-55
-50
-45
-40Hz 14
6250
000
2962
5000
0
4462
5000
0
5962
5000
0
7462
5000
0
8962
5000
0
1046
2500
00
1196
2500
00
1346
2500
00
1496
2500
00
Frequency
Test
Out
put J
4
TDA 03 Sweep
TDA 03 + BRF 11 SweepTDA 01 + BRF 05 Sweep
12
TDA Sensitivity vs. Frequency
TDA Frequency Response Uniformity
0.8
0.9
1
1.1
1.2
1.3
1.4
1.5
1.6
10 100 1000
Input Frequency (MHz) (-60 dBm CW)
Out
put J
5 (V
)
TDA-3 (-60dBm)TDA-4TDA-5TDA-6TDA-7TDA-8TDA-9TDA-10TDA-11TDA-12TDA-13TDA-14TDA-15TDA-16
13
TDA Output vs. Input Amplitude
TDA Output vs CW Input Amplitude
0.8
1
1.2
1.4
1.6
1.8
2
10 100 1000
Input Frequency (MHz)
Out
put J
5 (V
)
TDA-3 (-90dBm)TDA-3 (-80dBm)TDA-3 (-70dBm)TDA-3 (-60dBm)TDA-3 (-50dBm)TDA-3 (-40dBm)TDA-3 (-30dBm)TDA-3 (-20dBm)