; in emacs, type C-X C-E with point at end of following expression:
(progn (move-beginning-of-line 2)
(shell-command "date /T & time /T" (quote (4)) nil))

Date: 04/09/2010 @ 06:25 PM
Hybrid: H29
Temp.: 40 C
Operator: VRR

Summary:
   1) DC per-pixel tests
   2) ADC integral linearity
   3) Normal mode threshold
   4) CP mode pixel transfer function/noise

Procedure:

   1) Install hybrid to position A and ensure 1x probe attached at position A
      "scope out". Apply black cover to block light. (Leave positions B, C, and D empty.)
   1.2) Record hybrid serial number _H29__.
   1.5) Create a folder within the Win32For directory name "H###" to hold the
        test data. 
   2) Start Win32For by double clicking desktop icon. Load "talk" program
      using "fload talk-com4+". Prepare to boot MISC by typing "talkk"
      DO NOT PRESS ENTER YET!!
   2.5) Make sure meters are on at "2A" setting.
   3) Apply power by turning on power strip switch.
   4) Record currents:

      8V _0.030__ 12V _0.003__ -12V __0.011_ 1.5D __0.025_ 1.8D _0.000__ 3.3V _0.032_
 nominal: 0.028        0.003          0.011         0.025        0.000         0.032

   5) Boot MISC by typing a "carriage return" (enter) to execute previously typed "talkk"
   6) Open a log file using ^G and specify the filename "pixeldc_HXXTTTC.txt" in
      the data folder "H###".
   7) Load files md00.txt through md07.txt into MISC using ^A command. Files are in
      directory C:\cygwin\home\miyasaka\work\misc\asictest1-26-10\md  
   8) On the MISC execute "PIXELDC". This test takes 10 minutes.  Log
      start time in notebook.  Wait for "DONE", then close the log
      file with ^G.
   9) Exit the talkk program by typing "esc".
   9.5) Record currents:

      8V _0.021__ 12V _0.003__ -12V _0.011__ 1.5D _0.026__ 1.8D _0.010__ 3.3V _0.040_
 nominal:0.022        0.003         0.011         0.026         0.010         0.040

   10) In Win32For window execute "intlin".  This test takes ~2 minutes.
   11) After "intlin" finishes, execute "talk" and open a log file using ^G. Name it
       "intlin_HXXTTTC.txt" in the data folder "H###".
   12) On MISC execute "300 5 MEANS@", then close log file.
   12.5) Need to change the value of "VPL2SEL"
	      at -15 C use "9 VPL2SEL ! CMD!"
	      at   0 C use "10 VPL2SEL ! CMD!"
	      at  40 C use "12 VPL2SEL ! CMD!"
              for room temp, the default value (11) is fine.  no
                change necessary
   12.6) check value "VPL2SEL ?"
   13) Exit "talk" using "esc".In Win32For window execute
       "ndisctest". Specify the log file to be "disc_HXXTTTC.txt" in
       the data folder "H###". Wait for "DONE".  test takes ~50
       minutes.  Log start time in notebook.

   14) In Win32For window execute "talk".
   15) On MISC execute "GO", then "SWCNTS." a few times to verify event processing.
   17) On MISC execute "ALLON ECMD!" and "SWCNTS."
   17.5) If output of "SWCNTS" NEV and NTPTRIG are not similar (~190) then raise the
	 threshold.  "75 DS!" ("DISCSET ?" to check current value)
   18) On MISC execute "EVOFF CPMODE EVON" and "SWCNTS."
   18.5) On MISC execute "1 SCOPSEL ! ECMD! " to observe preamp output.
   19) From probe station test of this ASIC find the optimum value of
       4VSEL and record __DEFAULT (50)
   20) On MISC set the variable 4VSEL to the optimum value using "### 4VSEL ! ECMD!".
   21) On MISC execute "EVOFF 0 0 XYSEL EVON" and view sawtooth on scope.
   22) On MISC execute "EVOFF 31 31 XYSEL EVON" and compare
	sawtooth to that for pixel 0,0.
   23) do "esc". In Win32For window execute "pixslin". Specify the
       binary file to be "pixslin_HXXTTTC.bin" in the data folder
       "H###". Wait for "binary file close ok". (about 3 hrs)
   24) Turn off power strip for power supplies (behind oscilloscope)
   25) close Win32Forth window.