User Contributed                                           MET/CAL PROCEDURE
=============================================================================
INSTRUMENT:            HP 3245A
DATE:                  08-Feb-94
AUTHOR:                User Contributed
REVISION:
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       7
NUMBER OF LINES:       98
CONFIGURATION:         HP 5371A
=============================================================================
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  ASK-   R   Q N              P     U                      F  L     V
  1.002  ASK+                                          X
# The specifications in this procedure are quite different from HP's specs
# The following line saves the value of the sine of 45 degrees
  1.003  MATH         M[20]=0.7071067812
  1.004  DISP         Hewlett-Packard 3245A
  1.004  DISP         Universal Source Calibration
  1.005  IEEE         RESET
  1.006  IEEE         DISP MSG "Russ Walker"
  1.007  CALL         Sub 3245 volts
  1.008  CALL         Sub 3245 current
#
  1.009  HEAD         {Squarewave Risetime, Channel A}
  1.010  IEEE         [@5371]CLE;PRES[10]
  1.011  IEEE         [@5371]INP;SOUR A;ATT X2[10]
  1.012  DISP         Connect UUT Channel A output to 5371A Channel A input
  1.013  IEEE         TERM FRONT;USE CHANA
  1.014  IEEE         IMP 50
  1.015  IEEE         APPLY SQV 1
  1.016  IEEE         [@5371]MEAS;FUNC RIS[10]
  1.017  IEEE         [@5371][I]
  1.018  MATH         MEM1=0
  1.019  MATH         MEM=MEM*1E9
  1.020  MEME
  1.021  MEMC         Nanoseconds    +250.0U
#
  2.001  HEAD         {Duty Cycle, Channel A}
  2.002  IEEE         [@5371]MEAS;FUNC DUTY[10]
  2.003  IEEE         [@5371][I]
  2.004  MEME
  2.005  MATH         MEM=50.0
  2.006  MEMC         Percent        0.8U
#
  3.001  HEAD         {Squarewave Risetime, Channel B}
  3.002  IEEE         [@5371]CLE;PRES[10]
  3.003  IEEE         [@5371]INP;SOUR A;ATT X2[10]
  3.004  DISP         Connect UUT Channel B output to 5371A Channel A input
  3.005  IEEE         TERM FRONT;USE CHANB
  3.006  IEEE         IMP 50
  3.007  IEEE         APPLY SQV 1
  3.008  IEEE         [@5371]MEAS;FUNC RIS[10]
  3.009  IEEE         [@5371][I]
  3.010  MATH         MEM1=0
  3.011  MATH         MEM=MEM*1E9
  3.012  MEME
  3.013  MEMC         Nanoseconds    +250.0U
#
  4.001  HEAD         {Duty Cycle, Channel B}
  4.002  IEEE         [@5371]MEAS;FUNC DUTY[10]
  4.003  IEEE         [@5371][I]
  4.004  MEME
  4.005  MATH         MEM=50.0
  4.006  MEMC         Percent        0.8U
#
  5.001  HEAD         {Reference Frequency}
  5.002  IEEE         [@5371]INP;SOUR A;ATT X2[10]
  5.003  DISP         Connect Freq Ref (I/O) on rear panel of UUT
  5.003  DISP         to Chanel A input of 5371A Analyzer
  5.004  IEEE         [@5371]MEAS;FUNC FREQ;BLOC 10;MSIZ 100[10]
  5.004  IEEE         [@5371]PROC;SOUR A;MATH ON;STAT ON[10]
# 5.004  IEEE         [@5371]MEAS;FUNC FREQ[10]
  5.004  IEEE         [@5371]PROC;SOUR A;MEAN?[D2000][10]
  5.005  IEEE         [@5371][I]
  5.006  MATH         MEM=MEM/1E+6
  5.007  MEME
  5.008  MATH         MEM=1.073741
  5.009  MEMC         MH             0.000053U
  6.001  DISP         Remove all connections from the 5371A
#
  6.002  HEAD         {Arbitrary Sinewave Distortion}
  6.003  IEEE         TERM FRONT;USE CHANA
  6.004  IEEE         INTEGER SCALE(2047)
  6.005  IEEE         FILLAC SCALE
  6.006  IEEE         FREQ 10E+2
  6.007  IEEE         APPLY WFV 5,SCALE
  6.008  DISP         The UUT is now providing a 5 volt, 1 kHz output from
  6.008  DISP         Channel A.  Measure the distortion using a distortion
  6.008  DISP         analyzer and input the measured distortion.
  6.009  MEMI         Distortion?
  6.010  MATH         MEM1=0.00
  6.011  MEME
  6.012  MEMC         Percent        +1.00U
#
  7.001  IEEE         RESET
  7.002  END