+ All Categories

CCC

Date post: 01-Jan-2016
Category:
Upload: clifford-bryant
View: 22 times
Download: 1 times
Share this document with a friend
Description:
André Welker Bruno Bauss , Volker Büscher, Reinhold Degele , Sascha Krause, Yong Liu, Lucia Masetti, Uli Schäfer, Rouven Spreckels , Stefan Tapprogge , Rainer Wanke. CCC. CALICE electronics and DAQ Meeting DESY Hamburg, Dec . 10, 2012. Aim: - PowerPoint PPT Presentation
Popular Tags:
14
CCC CALICE electronics and DAQ Meeting DESY Hamburg, Dec. 10, 2012 André Welker Bruno Bauss, Volker Büscher, Reinhold Degele, Sascha Krause, Yong Liu, Lucia Masetti, Uli Schäfer, Rouven Spreckels, Stefan Tapprogge, Rainer Wanke
Transcript
Page 1: CCC

CCC

CALICE electronics and DAQ MeetingDESY Hamburg, Dec. 10, 2012

André WelkerBruno Bauss, Volker Büscher, Reinhold Degele, Sascha Krause, Yong Liu, Lucia Masetti, Uli Schäfer,

Rouven Spreckels, Stefan Tapprogge, Rainer Wanke

Page 2: CCC

ETH

New design for CCCAim:

1. New configuration interface via Ethernet- to set the four different running modes

2. Improve stability

3. Additional commands and read-back of status

2André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 3: CCC

Current (Mz) version of CCCMezzanine on an Kintex 7 Evaluation-Board:

1. FPGA-controlled CCC board:

3

CCC at the testbeam (top):

CCC at the testbeam (front):

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 4: CCC

Fan-out6U-VME Fan-out board:

2. Fan-out board layout:

4

Fan-out board at the testbeam:

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 5: CCC

CCC: Current development

5

1. 6U-VME standard (initially double width)

2. 3 HDMI (SYNC, ASYNC, USER/optionally into DAQ)

3. 6 LEMO-connectors (3 TTL IN/OUT) (TRIG, SPILL, IN3; BUSY, OUT2,OUT3)

4. Control the CCC over the Ethernet

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 6: CCC

6

New CCC

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Zedboard

SYNC

ASYNC

USER

TTL IN

TTL OUT

ETH

Page 7: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

t

Test-mode

ILC-mode

Testbeam-mode

Test-mode

62 42

42 62

42 62

42 62

62 42

62 x

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 8: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

62 42

42 62

42 62

42 62

62 42

62 x

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

tAndré Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 9: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

62 42

42 62

42 62

42 62

62 42

62 x

Start acquisition falling edge of spill

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

tAndré Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 10: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

62 42

42 62

42 62

42 62

62 42

62 x

Start acquisition falling edge of spill

Stop acquisition rising edge of spill

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

tAndré Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 11: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

62 42

42 62

42 62

42 62

62 42

62 x

Start acquisition falling edge of spill

Stop acquisition rising edge of spill

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

tAndré Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 12: CCC

ModesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

62 42

42 62

42 62

42 62

62 42

62 x

Start acquisition falling edge of spill

Stop acquisition rising edge of spill

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

tAndré Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 13: CCC

Current op modesFour main modes and 13 configuration commands:(e.g. status, manual trigger, hold trigger, pass trigger, rising edge, reset)

1. Spill only:

2. Busy only:

3. Spill main busy:

4. Spill and busy:

7

U

t

ILC-mode(TB data ctrl)

TB-mode: config. read out time

TB-mode: config. data rate

Test-mode

62 42

42 62

42 62

42 62

62 42

62 x

Start acquisition falling edge of spill

Stop acquisition rising edge of spill

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012

Page 14: CCC

Status/next steps

1. Mz Group is growing

2. Currently busy moving into the new detector lab

3. Zynq based CCC under development

4. PCB design almost finished (R.D. and A.W.)

5. Software and firmware development under way (S.K. and R.S.)

6. Further last minute input welcome

8

Thank you for your attention!

André Welker, CALICE electronics Meeting, DESY, Dec. 10, 2012


Recommended