User Contributed                                           MET/CAL PROCEDURE
=============================================================================
INSTRUMENT:            Anadex CF-603R:Variable Timebase Counter
DATE:                  18-Dec-97
AUTHOR:                User Contributed
REVISION:
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       17
NUMBER OF LINES:       128
CONFIGURATION:         Fluke 5700A
CONFIGURATION:         HP 5335A
=============================================================================
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  ASK-   R     N              P     U       M              F        W
  1.002  ASK+                                          X
  1.003  HEAD         INITIAL CONDITIONS
  1.004  DISP         Set the UUT as follows:
  1.004  DISP         MODE SWITCH ........................ .1 SECOND
  1.004  DISP         DISPLAY TIME ....................... MIN
  1.004  DISP         INPUT MULTIPLIER ................... X1
  1.004  DISP         FINE ............................... CCW
  1.005  HEAD         {* Sensitivity *}
  1.006  TOL          +50.00% -100.00%
  1.007  JMP          2.001
  1.008  EVAL
  2.001  DISP         Connect the 5700A to the UUT input.
  2.002  MESS         Adjust the 5700 for a reading of 10000 on the UUT.
  2.003  5700         5.000mV                      100kH          O     N  2W
  2.004  MATH         mem1=10
  2.005  MEME
  2.006  MEMC         mV             TOL           X1
  3.001  DISP         Set the UUT as follows:
  3.001  DISP         INPUT MULTIPLIER ................... X10
  3.002  MESS         Adjust the 5700 for a reading of 10000 on the UUT.
  3.003  5700         80mV                         100kH                N  2W
  3.004  MATH         mem1=100
  3.005  MEME
  3.006  MEMC         mV             TOL           X10
  4.001  DISP         Set the UUT as follows:
  4.001  DISP         INPUT MULTIPLIER ................... X100
  4.002  MESS         Adjust the 5700 for a reading of 10000 on the UUT.
  4.003  5700         0.8000V                      100kH                N  2W
  4.004  MATH         mem1=1
  4.005  MEME
  4.006  MEMC         V              TOL           X100
  5.001  MESS
  5.002  HEAD         {* Frequency Accuracy *}
  5.003  DISP         Set the UUT as follows:
  5.003  DISP         INPUT MULTIPLIER ................... X10
  5.003  DISP         MODE SWITCH ........................ 10 SECONDS
  5.004  5700         100kH                        0.5V                 S  2W
  5.005  HEAD         ***LONG GATE TIME***
  5.006  IEEE         [@5335][d20000]
  5.007  HEAD
  5.008  MEMI         Enter the UUT reading.
  5.009  MEM/         10000
  5.010  MEME
  5.011  MEMC         kH             0.05000%
  6.001  HEAD         {* Gate Time *}
  6.002  JMP          7.001
  6.003  EVAL
  7.001  DISP         Connect the 5335A Frequency Counter to the UUT
  7.001  DISP         rear terminal GATE OUTPUT.
  7.002  DISP         Set the UUT as follows:
  7.002  DISP         MODE SWITCH ........................ .1 SECOND
  7.003  5700         1V                           1kH                  S  2W
  7.004  HEAD         {Does the UUT diplay read approximately 100?}
  7.005  EVAL
  8.001  HEAD
  8.002  IEEE         [@5335][TERM LF]
  8.003  IEEE         [@5335]IN[D2000]
  8.004  IEEE         [@5335]FN9,AF1,TR1,AT+4;
  8.005  IEEE         [@5335][T0][I]
  8.006  MATH         MEM1=.1
  8.007  MEME
  8.008  MEMC         T              75.000%
  9.001  HEAD         {}
  9.002  DISP         Set the UUT as follows:
  9.002  DISP         MODE SWITCH ........................ .6 SECOND
  9.003  5700         1V                           1kH                  S  2W
  9.004  HEAD         {Does the UUT diplay read approximately 600?}
  9.005  EVAL
 10.001  HEAD
 10.002  IEEE         [@5335][T0][I]
 10.003  MATH         MEM1=.6
 10.004  MEME
 10.005  MEMC         T              25.000%
 11.001  HEAD         {}
 11.002  DISP         Set the UUT as follows:
 11.002  DISP         MODE SWITCH ........................ 1 SECOND
 11.003  5700         1V                           1kH                  S  2W
 11.004  HEAD         ***LONG GATE TIME***
 11.005  IEEE         [d3000]
 11.006  HEAD         {Does the UUT diplay read approximately 1000?}
 11.007  EVAL
 12.001  HEAD
 12.002  IEEE         [@5335][T0][I]
 12.003  MATH         MEM1=1
 12.004  MEME
 12.005  MEMC         T              25.000%
 13.001  HEAD         {}
 13.002  DISP         Set the UUT as follows:
 13.002  DISP         MODE SWITCH ........................ 6 SECOND
 13.003  5700         1V                           1kH                  S  2W
 13.004  HEAD         ***LONG GATE TIME***
 13.005  IEEE         [d15000]
 13.006  HEAD         {Does the UUT diplay read approximately 6000?}
 13.007  EVAL
 14.001  HEAD         ***LONG GATE TIME***
 14.002  IEEE         [@5335][T0][I]
 14.003  MATH         MEM1=6
 14.004  MEME
 14.005  MEMC         T              25.000%
 15.001  HEAD         {}
 15.002  DISP         Set the UUT as follows:
 15.002  DISP         MODE SWITCH ........................ 10 SECOND
 15.003  5700         1V                           1kH                  S  2W
 15.004  HEAD         ***LONG GATE TIME***
 15.005  IEEE         [d20000]
 15.006  HEAD         {Does the UUT diplay read approximately 10000?}
 15.007  EVAL
 16.001  HEAD         ***LONG GATE TIME***
 16.002  IEEE         [@5335][T0][I]
 16.002  IEEE         [@5335][T0][I]
 16.003  MATH         MEM1=10
 16.004  MEME
 16.005  MEMC         T              25.000%
 17.001  END