Tester
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MCM tested
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mcmnumber,traceid,saltro chips
# mcm10 4C11 cpldside: 536 530 515
# mcm11 5810 cpldside: 538 539 518
# mcm12 8815 cpldside: 522 519 544
# mcm13 2414 cpldside: 545 548 536
# mcm20 300F cpldside: 573 549 586 566
# mcm21 3C0F cpldside: 588 582 572 590
# mcm22 1415 cpldside: 533 526 547 557
# mcm23 4012 cpldside: 568 537 527 551

No errors found so far.
All 8 seems OK at a first look during test.

Filer nedan finns i:
https://www.hep.lu.se/eudet/pictures/mcmtests/mcm<number>/<datum>


1.
pedestaler för olika gains och normal polaritet(=1):
TEST: pedestalerna varierar med gain.
pedestaler för lägsta gain(=0) och omvänd polaritet(=0):
TEST: pedestaler är cirka 820.

pedestalplots:
mcm<number>-<traceid>-clk0-ped0-thr0-g<gain>-s0-p<polarity>-s0-test1.pdf
textfiler:
mcm<number>-<traceid>-clk0-ped0-thr0-g<gain>-s0-p<polarity>-s0-test1.ped
csvfil:
mcm<number>-<traceid>-clk0-ped0-thr0-gain-s0-p1-s0-test1.csv
summaryplot:
mcm<number>-<traceid>-clk0-ped0-thr0-gain-s0-p1-s0-test1.csv.pdf

2.
Läser ut pedestalminnet som data.
TEST: Dataledningar är OK.
pattern: 1=ramp upp, 2=ramp ner, 3= 0x155 alt 0x2AA

normaliserad plots:
mcm<number>-<traceid>-pattern-p<pattern>-test1.pdf
antal gånger kanal hittas (=500), samt antal fel (=0):
mcm<number>-<traceid>-pattern-p<pattern>-test1.txt

3.
Med pulser, jämna (s=1) och udda (s=2) kanaler var för sig.
TEST: crosstalk och kortslutning mellan ingångar.
TEST: pulsvidden varierar med shapertid (s0,s1,s3,s7)

Normalized plots (test crosstalk/shorts between inputs):
mcm<number>-<traceid>-clk0-ped0-thr0-g0-s<shaper>-p1-s<even=1/odd=2>-1-500-test1-norm.pdf
pulshöjder ADC värden > 200,
Time sample med högsta pulshöjder,
pulslängder (antal samples > 200 per puls):
mcm<number>-<traceid>-clk0-ped0-thr0-g0-s<shaper>-p1-s<even=1/odd=2>-1-500-test1-pulse.pdf
csvfiler per shapertid:
mcm<number>-<traceid>-clk0-ped0-thr0-g0-s<shaper>-p1-s<even=1/odd=2>.csv
summary csvfiler:
mcm<number>-<traceid>-clk0-ped0-thr0-g0-shaper-p1-s<even=1/odd=2>.csv
summaryplots (test pulsvidder):
mcm<number>-<traceid>-clk0-ped0-thr0-g0-shaper-p1-s<even=1/odd=2>.csv.pdf

4.
refvoltages:
0 - refN: 50 (100mV), refP: 700 (1400mV)
1 - refN: 70 (140mV), refP: 680 (1360mV)
2 - refN: 90 (180 mV), refP: 660 (1320mV)
3 - refN: 110 (220mV), refP: 640 (1280mV)
refCM = 375 (750mV)
decay= 250 (500mV)
TEST: pedestals vary with refvoltages

pedestal pdfplots:
mcm<number>-<traceid>-refv<j>>-g0-s0-p1-test1.pdf
pedestal textfifiles:
mcm<number>-<traceid>-refv<j>>-g0-s0-p1-test1.ped
summary csvfile:
mcm<number>-<traceid>-refv<j>>-g0-s0-p1-test1.ped.csv
summary pdffile:
mcm<number>-<traceid>-refv<j>>-g0-s0-p1-test1.ped.csv.pdf

5.
test with different clocks, pulse all channels
clk0 - 20MHz
clk1 - 10 MHz
clk2 - 40 MHz

pulseheight plots (max ph,difference in time between peaks, pulse lenghts (adc>200)): 
mcm<number>-<traceid>-clk<clk>-ped0-thr0-g0-s0-p1-s3-1-500-test1-pulse.pdf
csvfile:
mcm<number-<traceid>-clk<clk>-ped0-thr0-g0-s0-p1-s3.csv
summary files:
mcm<number>-<traceid>-clocks-ped0-thr0-g0-s0-p1-s3.csv
mcm<number>-<traceid>-clocks-ped0-thr0-g0-s0-p1-s3.csv.pdf

TEST: change in peak times,pulse lengths, pulse heights.


6.
Test with 20MHz and different pedestal subtraction and threhholds
ped=50
thresh=150

ped=100
thresh=100

pulseheight plots (max ph,difference in time between peaks, pulse lenghts (adc>200)): 
mcm<number>-<traceid>-clk0-ped<ped>-thr<thresh>-g0-s0-p1-s3-1-500-test1-pulse.pdf
csvfile:
mcm<number-<traceid>-clk0-ped<ped>-thr<thresh>-g0-s0-p1-s3.csv
TODO:
summary csvfile


TEST: change in peak times,pulse lengths.