Components

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AWB - ANODE WIRE BOARD

  • Description

16 channels bi-polar pre-amp used for the Anode wire, mounted on the 2 end plates of the rTPC

AWB
  • Reference
Schematic_TDE1667.pdf
TDE1668 (Assembly TED1667)
  • Requirement
Prototype: 16 boards
Full rTPC: 2 x 16 boards (on both endplates)
  • Power
+5V@300mA, -5V@300mA per board
1.60 Connector: IPL1-105-01-F-S-RA-K (Terminal) / IPD1-05-S-K (Socket)
  • Signals
8.78 Connector input: SSQ-117-02-G-D (Socket) / TSS-117-01-S-D (TDE 1858) x1
4.40 Connector output: ERF8-010-05.0-L-DV-L-K-TR / ERCD (cable assembly) x1
  • Production per board
 45.- PCB based on 20 boards
 80.- Assembly based on[EDIT] 15 boards
128.- parts based on 44 boards

AWC - ANODE WIRE CARD

  • Description
Interface card between the Anode wire crimp pins and the AWB. Mounted on the 2 end plates of the rTPC.
Distribute the HV to 16 anode wires and HV decouple the Anode signal for the pre-amp
Anode Wire Card
  • Reference
Media:Schmeatic_TDE1858.pdf
https://edev.triumf.ca/svn/edevel00423
  • Power
HV input through single cable 
HV daisy-chained to the neighbor card through 2 pins header x2
  • Requirement
Prototype: 2 x 16
Full rTPC: 2 x 16 (both end plates)
  • Signals
1.44 Mill-Max 8360 (long socket) x16
3.86 YSS-117-01-S-D x1
  • other components
1.00 HV cap  SMD/SMT 1812 1000pF 4KV 20% Tol. X7R x16
0.20 HV resistor CHV1206-FX-1004ELF 1206 1Meg 1.6kV 1% Tol x32
0.02 Resistor RMCF1206FT1M00 1206 1Meg 1% Tol x32
  • Production per card
 11.- PCB based on 50 cards
100.- Assembly based on 36 cards
 50.- Estimated part cost

AWTC - Anode Wire Transition Card

  • Description

WFD front transition card for blue cable to the 62.5 Msps WFDs 2 x 16 Anode Wires, 2 MCX Test Signal Inputs

[[File:|400px|none|Anode Wire Transition card]]

  • Reference
Media:Schematic_TDE1894.pdf
TDE1893 (Assembly TDE1894)
edev link
  • Requirement
Prototype: 3
Full rTPC: 16 cards for Grif-16
  • Power
  • Signals
4.40 Connector input: ERF8-010-0.05-S-DV-K-TR x2 based on 40
6.24 Connector output: FX2-40P-1.27DSL(71) x1
9.55 Test signal input: J01271A0151 x2
  • Production per card
12.25 PCB based on 30 cards
50.- Assembly
30.- Estimated parts cost

RTM - Barrel Scintillator and Anode wire Transition card

  • Description

WFD rear transition card for blue cable to the 100Msps WFDs Double purpose 1) used for Barrel Scint (2x8 channels) 2) Anode Wires (1x16) [[File:|400px|none|Barrel Scintillator and Anode wire Transition card]]

  • Reference
TDE1895 (Assembly TDE1896)
https://edev.triumf.ca/svn/edevel00423
  • Requirement
Prototype: 4
Full rTPC: 16 for the barrel scint

* Power
Contains input protection relays (powered by the VME backplane)
  • Signals
 4.40 Connector input: ERF8-010-0.05-S-DV-K-TR x3 based on 40
52.00 Connector output: Harting DIN 41612 F 160 POS 2.54mm x1
  • Production per board
 27.- PCB based on 30 cards
300.- Assembly based on 5 cards
 12.- Front panel based on 30 cards
  4.   Handles based on 30 pairs
100.- Estimate part total cost

HVRC - High Voltage Resistor card

  • Description

[[File:|400px|none|]]

  • Reference
High Voltage resistor chain for the  endplate rings
  • Requirement
Prototype: 2
Full rTPC: 2 one per endplate
  • Production per board
  9.4  PCB based on 10 card
100.0 Assembly based on 2 cards
 24.0 Part cost

Clock Distribution Board

  • Description
Clock distribution and possible Trigger distributoin as well to the padwings

[[File:|400px|none|Clock Distribution Board]]

  • Reference
  • Requirement
Prototype: 1 
Full rTPC: 1
  • Power
VME power
  • Signals
  • Production per board
1500.- Module
 120.- front panel based on 6 fp
  10.- VME handle based on 7

FMCLink- FMC Gbit link board

  • Description

2xQSFP slots. Each QSFP slot supports 4x GigE (or with QSFP+, 4x 10GigE links) Has 1 eSata for Clock communication to Grif-C [[File:|400px|none|FMC link]]

  • Reference
  • Requirement
Prototype: 1
Full rTPC: 10 (2 Trigger board, 8 Padwing board)
  • Power
Grif-C
  • Signals
  • Production per board
200.-

Grif-16 WFD Board

  • Description

16 channels WFD 12bits@105Msps possible additional 32 channels WFD 12bits@62.5

[[File:|400px|none|Grif-16]]

  • Reference
  • Requirement
Prototype: 2 (one side of the rTPC only)
Full rTPC: 16
  • Power
VME board
  • Signals
  • Production per board
3000.- board
 135.- front panel  based on 5fp
  30.- VME ejector based on 10

FMC62 - FMC 32x62.5Msps board

  • Description

32 channels WFD 62.5Msps FMC format for the Grif-16 Has 1 Sata for Trigger communication to Grif-C

[[File:|400px|none|FMC62]]

  • Reference
  • Requirement
Prototype: 4
Full rTPC: 16
  • Power
from Grif-16
  • Signals

Bi-polar input 2Vpk to pk

  • Production per board
 980.- mezzanine

PDB - Power Distribution and monitoring board

  • Description

16 channels 2 voltage distribution board for AWB and BSB. Measures 32 individual DC current and input voltage for 16 power cable to the AWB or BSB. Uses a RaspberryPi card for network interface. Input voltage range determined by selection of divider resistors. On board temperature sensor and access to 3 spare ADC channels for remote temperature of voltage sensing (+-1.65V) [[File:|400px|none|Power Distribution board]]

  • Reference
edev link
Media:Schematic.pdf
TDE1947 	K. Ong 	ALPHAg (Pxxx); Power Distribution & Monitor Bd Assembly
TDE1946 	K. Ong 	ALPHAg (Pxxx); Power Distribution & Monitor Bd
  • Requirement
Prototype: 2
Full rTPC: 4
  • Power
TP-Link UH720 USB Hub for on board Raspberry Pi, PL512 for main power
  • Signals
16 dual input voltage.  Access to 4 spare ADC input channels (Up to +-1.65V) for remote voltage/temperature sensing.
Power Output x16: IPL1-105-01-F-S-K
Power Input x1:   MPT-06-01-01-L-RA-SD
Raspberry Pi: Ethernet
  • Production per board
 $47.00 - PCB Manufacturing (based on order of 8)
 $49.00 - Raspberry Pi
 $65.00 - ICs, Passives and misc Electronics.
$105.00- Connectors and Cables.

CPWC - Cathode Pad Wall card

  • Description

Half cylindrical FR4 curved PCB board making the Cathode pad rTPC outer wall Composed of 1152 pads connected to 16 AFTER chip (72) [[File:|400px|none|Cathode pad card]]

  • Reference
TDE1663 (Assembly TDE1664)
  • Requirement
Prototype: 2
Full rTPC: 16
  • Signals
 12.- Connector on cathode board SFM-125-22-S-D-K (mating with TFM-125-L2-S-D-K on PADWing) x32
  • Production per board
630.- PCB based on 6 cards
800.- Resistors assembly based on 2 card
700.- Stencils based on 2 
384.- Connector based on 70

PWB - Padwing Board

  • Description

Cathode pad readout board for 288 channels, uses the AFTER chip ASIC. Board composed of 2 wings (2 AFTER per wing) and central acquisition section with optical link output. Power provided by contact on the back of the padwing card through 3 copper bars. [[File:|400px|none|Padwing board]]

  • Reference
TDE1653
  • Requirement
Prototype: 8
Full rTPC: 64
  • Power
+5.2V @ 1700mA
+2.6V @ 750mA
  • Signals
 11.- Connector to cathode board TFM-125-L2-S-D-K x4
150.- AFTER chip (Euro 120) based on 360 x4
  • Production per board
 440.- PCB based on 10  (190.- based on 70)
 200.- Assembly based on Estimation
1000.- Estimated part cost


DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board

DUMMY

  • Description

[[File:|400px|none|]]

  • Reference
  • Requirement
Prototype:
Full rTPC:
  • Power
  • Signals
  • Production per board
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