9U FEDv1 New Production - PowerPoint PPT Presentation

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9U FEDv1 New Production

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Digital circuit checks: Boundary Scan on all 4 boards excellent: 2 without ... SPY Channel : Copy of raw data via VME for checking zero suppression is working. ... – PowerPoint PPT presentation

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Title: 9U FEDv1 New Production


1
9U FEDv1 New Production
Assembly of 6 boards FEDv1 design by DDi
Technologies (pcbs Ni/Au finish by DDi
Tewksbury) Received 4 boards on schedule
(remaining 2 coming this week). At Assembly
company Advanced QA procedures Automated
Optical Inspection, Ersa-scope X-ray on BGAs,
Takaya Flying probe. At RAL Digital circuit
checks Boundary Scan on all 4 boards excellent
2 without errors one with 1 error (fixed) 1
with few TTCrx errors Analogue circuit checks
VME Readout Tests with Opto inputs All 4 boards
look good on all 96 channels (change requested
for new ADC operation needs to be added to 3 of
these boards, simple mod). Peripheral chip tests
EPROM, Temp sensors etc.. look ok, except TTCrx
on 2 boards failing I2C comms. New pcb impedances
need verifying for signal timing. Conclusion
Good QA procedures. Good quality boards.
2
FEDv1 Firmware
  • Major Activities to verify FEDv1 Design
  • Done
  • Front-End FPGA Algorithms Baseline algorithms
    (flat CM) now tested and working.
  • S-LINK Test fast readout logic using DAQ
    FEDKit. 100kHz random trigger data transfers now
    working reliably 64 bits _at_ 80MHz. BERs being
    measured.
  • SPY Channel Copy of raw data via VME for
    checking zero suppression is working.
  • Peripherals EPROM for holding permanent data
    working. Temperature Voltage monitoring devices
    working.
  • FPGA in-situ reprogramming Compact Flash card
    holding permanent FPGA configurations can now be
    re-programmed in-situ over network.
  • To do...
  • TTCrx ChanB Transfers from APVE under test.

3
CMS Tracker FED Firmware Status
15th March 2004
System ACE
EPROM
VME FPGA
Ed-gtSaeed
DAC
EPROM
Opto Rx
Temp
System ACE
ADC
DAC
VME Bus
Opto Rx
Temp
VME
ADC
Clocks
I2C
Clocks
Serial Comms
Regs
Clocks
Serial Comms
Regs
Data
Serial Comms
VME LINK
Input
Spy
Data
Header Mode
Header Mode
Cluster Mode
Input
Ed-gtSaeed
FIFOs
Scope Mode
Output
DELAY FPGA x 3 x 8
BE FPGA
Saeed
Scope Mode
Serial Comms
VME Link
Regs
External Devices
FE FPGA x 8
Saeed
To be Implemented
S-LINK
S-LINK
Control
Headers
Under Simulation
Throttle
TCS
Input
Under Test on FED
QDR Write
QDR Read
TTC chanA
TTCrx
Data Readout
Saeed, Ivan
Working on FED
Chan B
QDRs
Controls
Ed, John
FEDv2
4
CMS Tracker FED Firmware Status
4th November 2003
System ACE
EPROM
VME FPGA
Ed-gtSaeed
DAC
EPROM
Opto Rx
Temp
System ACE
ADC
DAC
VME Bus
Opto Rx
Temp
VME
ADC
Clocks
I2C
Clocks
Serial Comms
Regs
Clocks
Serial Comms
Regs
Data
Serial Comms
VME LINK
Input
Spy
Data
Header Mode
Header Mode
Cluster Mode
Input
Ed-gtSaeed
FIFOs
Scope Mode
Output
DELAY FPGA x 3 x 8
BE FPGA
Saeed
Scope Mode
Serial Comms
VME Link
Regs
External Devices
FE FPGA x 8
Saeed
To be Implemented
S-LINK
S-LINK
Control
Headers
Under Simulation
Throttle
TCS
Input
Under Test on FED
QDR Write
QDR Read
TTC chanA
TTCrx
Data Readout
Saeed, Ivan
Working on FED
Chan B
QDRs
Controls
Ed, John
FEDv2
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