Components: Difference between revisions

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=='''AWB - ANODE WIRE BOARD'''==
=='''AWB - ANODE WIRE BOARD'''==
* Description
* Description
Line 7: Line 9:
  Schematic_TDE1667.pdf
  Schematic_TDE1667.pdf
  TDE1668 (Assembly TED1667)
  TDE1668 (Assembly TED1667)
 
* Requirement
* Requirement
  Prototype: 16 boards
  Prototype: 16 boards
Line 58: Line 60:


=='''AWTC - Anode Wire Transition Card'''==
=='''AWTC - Anode Wire Transition Card'''==
'''Cancelled''' Will be integrated into the new FMC-32 card.
* Description
* Description
WFD front transition card for blue cable to the 62.5 Msps WFDs
WFD front transition card for blue cable to the 62.5 Msps WFDs
Line 70: Line 75:
* Requirement
* Requirement
  Prototype: 3
  Prototype: 3
  Full rTPC: 16 cards for Grif-16
  Full rTPC: 16 cards for Alpha-16
 
* Power


* Signals
* Signals
Line 128: Line 131:
   24.0 Part cost
   24.0 Part cost


=='''Clock Distribution Board'''==
=='''CDM - Clock Distribution Board'''==
* Description
* Description
Clock distribution and possible Trigger distributoin as well to the padwings
Receive the external reference clock for distribution to the 16 Alpha-16, 8 FEAM, ALPHA-T, TDC, BOBs
Does distribute the Trigger from the Alpha-T to the 16 Alpha-16, 8 FEAM, TDC.
[[File:Cbd.jpeg|400px|none|Clock Distribution Board]]
[[File:Cbd.jpeg|400px|none|Clock Distribution Board]]


Line 151: Line 155:
* Description
* Description
2xQSFP slots. Each QSFP slot supports 4x GigE (or with QSFP+, 4x 10GigE links)
2xQSFP slots. Each QSFP slot supports 4x GigE (or with QSFP+, 4x 10GigE links)
Has 1 eSata for Clock communication to Grif-C
Has 1 eSata for Clock communication to ALPHA-T
[[File:Fmc.jpeg|400px|none|FMC link]]
[[File:Fmc.jpeg|400px|none|FMC link]]


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* Power
* Power
  Grif-C
  Alpha-16


* Signals
* Signals
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  200.-
  200.-


=='''Grif-16 WFD Board'''==
=='''ALPHA-16 WFD Board'''==
* Description
* Description
16 channels WFD 12bits@105Msps
16 channels WFD 12bits@105Msps
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* Requirement
* Requirement
  Prototype: 2 (one side of the rTPC only)
  Prototype: 11 (available)
  Full rTPC: 16
  Full rTPC: 16


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   30.- VME ejector based on 10
   30.- VME ejector based on 10


=='''FMC62 - FMC 32x62.5Msps board'''==
=='''FMC32 - FMC 32x62.5Msps board'''==
* Description
* Description
32 channels WFD 62.5Msps FMC format for the Grif-16
32 channels WFD 62.5Msps FMC format for the Alpha-16
Has 1 Sata for Trigger communication to Grif-C
Has 1 Sata for Trigger communication to Alpha-T


[[File:Fmc.jpeg|400px|none|FMC62]]
[[File:Fmc.jpeg|400px|none|FMC62]]
Line 200: Line 204:


* Requirement
* Requirement
  Prototype: 4
  Prototype: 3
  Full rTPC: 16
  Full rTPC: 8


* Power
* Power
  from Grif-16
  from Alpha-16


* Signals
* Signals
Bi-polar input 2Vpk to pk
Bi-polar input 2Vpk2pk


* Production per board
* Production per board
   980.- mezzanine
   980.- mezzanine
=='''FEAM - Padwing Board'''==
* Description
Cathode pad readout board for 288 channels, uses the AFTER chip ASIC.
A 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:PWB.jpg|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
=='''ALPHA-T - Trigger Board'''==
* Description
Takes 16 LVDS links from the 16 Alpha-16 for Trigger decision. The trigger output is fed to the CDM for distribution to
the 16 Alpha-16, 8 FEAM, TDC, and other.
[[File:|400px|none|]]
* Reference
* Requirement
Prototype: 1
Full rTPC: 1
* Power
VME
* Signals
* Production per board


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


* Reference
* Reference
Line 232: Line 277:


* Power
* Power
  TP-Link UH720 USB Hub for on board Raspberry Pi, PL512 for main power
  TP-Link UH720 USB Hub for onboard Raspberry Pi, PL512 for main power


* Signals
* Signals
Line 249: Line 294:
* Description
* Description
Half cylindrical FR4 curved PCB board making the Cathode pad rTPC outer wall
Half cylindrical FR4 curved PCB board making the Cathode pad rTPC outer wall
Composed of 1152 pads connected to 16 AFTER chip (72)
Composed of 1152 pads connected to 16 AFTER chip (72).
[[File:|400px|none|Cathode pad card]]
[[File:Cpb.jpeg|400px|none|Cathode pad card]]


* Reference
* Reference
Line 268: Line 313:
  384.- Connector based on 70
  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'''
'''DUMMY'''
* Description
* Description

Latest revision as of 21:00, 24 September 2017

Back to Alpha-g

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

Cancelled Will be integrated into the new FMC-32 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

Anode Wire Transition card
  • Reference
Media:Schematic_TDE1894.pdf
TDE1893 (Assembly TDE1894)
edev link
  • Requirement
Prototype: 3
Full rTPC: 16 cards for Alpha-16
  • 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)

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
Hvrc.jpeg
  • 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

CDM - Clock Distribution Board

  • Description

Receive the external reference clock for distribution to the 16 Alpha-16, 8 FEAM, ALPHA-T, TDC, BOBs Does distribute the Trigger from the Alpha-T to the 16 Alpha-16, 8 FEAM, TDC.

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 ALPHA-T

FMC link
  • Reference
  • Requirement
Prototype: 1
Full rTPC: 10 (2 Trigger board, 8 Padwing board)
  • Power
Alpha-16
  • Signals
  • Production per board
200.-

ALPHA-16 WFD Board

  • Description

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

Grif-16
  • Reference
  • Requirement
Prototype: 11 (available)
Full rTPC: 16
  • Power
VME board
  • Signals
  • Production per board
3000.- board
 135.- front panel  based on 5fp
  30.- VME ejector based on 10

FMC32 - FMC 32x62.5Msps board

  • Description

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

FMC62
  • Reference
  • Requirement
Prototype: 3
Full rTPC: 8
  • Power
from Alpha-16
  • Signals

Bi-polar input 2Vpk2pk

  • Production per board
 980.- mezzanine

FEAM - Padwing Board

  • Description

Cathode pad readout board for 288 channels, uses the AFTER chip ASIC. A 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.

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

ALPHA-T - Trigger Board

  • Description

Takes 16 LVDS links from the 16 Alpha-16 for Trigger decision. The trigger output is fed to the CDM for distribution to the 16 Alpha-16, 8 FEAM, TDC, and other. [[File:|400px|none|]]

  • Reference
  • Requirement
Prototype: 1
Full rTPC: 1
  • Power
VME
  • Signals
  • Production per board

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 the network interface. Input voltage range determined by a selection of divider resistors. Onboard temperature sensor and access to 3 spare ADC channels for a remote temperature of voltage sensing (+-1.65V).

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 onboard 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).

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


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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