User Contributed                                           MET/CAL PROCEDURE
=============================================================================
INSTRUMENT:            Sub HP 54501A: OA I3E
DATE:                  19-Jul-94
AUTHOR:                User Contributed
REVISION:              1.0
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       7
NUMBER OF LINES:       104
CONFIGURATION:         Fluke 5700A
=============================================================================
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
# Use of the R flag may not be desired and the W flag may be changed to V.
  1.001  ASK+           B
  1.002  ASK-   R     N              P J                          F        W
  1.003  5700         *                                                 S
#
#
  1.004  HEAD         [27][91]1m{Channel 1 Offset Amplitude}
  1.005  IEEE         :MENU CHAN;*RST;*RST;:DISP:GRAT GRID
  1.006  IEEE         :ACQ:TYPE AVER;:ACQ:COUN 32
  1.007  IEEE         :CHAN1:RANG .8;:CHAN1:OFFS 1
  1.008  DISP         2. Use a bannana to BNC adapter and cable to connect
  1.008  DISP         the 5700A to the UUT channel 1 input.[7]
  1.009  MESS         Readjust the 5700A so the trace is as close to the
  1.009  MESS         horizontal center line of the graticule as possible
  1.009  MESS         after it has settled(averaging complete).
  1.010  MATH         MEM1 = 1000.0
  1.011  5700         1000mV                                            N  2W
  1.012  MEME
  1.013  MEMC         mV             40U
#
#
  2.001  HEAD         [27][91]1m{Channel 2 Offset Amplitude}
  2.002  IEEE         :SYST:KEY 11;:SYST:KEY 10;:SYST:KEY 11
  2.003  IEEE         :CHAN2:RANG .8;:CHAN2:OFFS 1
  2.004  DISP         2. Use a bannana to BNC adapter and cable to connect
  2.004  DISP         the 5700A to the UUT channel 2 input.[7]
  2.005  MESS         Readjust the 5700A so the trace is as close to the
  2.005  MESS         horizontal center line of the graticule as possible
  2.005  MESS         after it has settled(averaging complete).
  2.006  MATH         MEM1 = 1000.0
  2.007  5700         1000mV                                            N  2W
  2.008  MEME
  2.009  MEMC         mV             40U
#
#
  3.001  HEAD         [27][91]1m{Channel 3 Offset Amplitude}
  3.002  IEEE         :SYST:KEY 11;:SYST:KEY 10;:SYST:KEY 11
  3.003  IEEE         :CHAN3:RANG .8;:CHAN3:OFFS 1
  3.004  DISP         2. Use a bannana to BNC adapter and cable to connect
  3.004  DISP         the 5700A to the UUT channel 3 input.[7]
  3.005  MESS         Readjust the 5700A so the trace is as close to the
  3.005  MESS         horizontal center line of the graticule as possible
  3.005  MESS         after it has settled(averaging complete).
  3.006  MATH         MEM1 = 1000.0
  3.007  5700         1000mV                                            N  2W
  3.008  MEME
  3.009  MEMC         mV             40U
#
#
  4.001  HEAD         [27][91]1m{Channel 4 Offset Amplitude}
  4.002  IEEE         :SYST:KEY 11;:SYST:KEY 10;:SYST:KEY 11
  4.003  IEEE         :CHAN4:RANG .8;:CHAN4:OFFS 1
  4.004  DISP         2. Use a bannana to BNC adapter and cable to connect
  4.004  DISP         the 5700A to the UUT channel 4 input.[7]
  4.005  MESS         Readjust the 5700A so the trace is as close to the
  4.005  MESS         horizontal center line of the graticule as possible
  4.005  MESS         after it has settled(averaging complete).
  4.006  MATH         MEM1 = 1000.0
  4.007  5700         1000mV                                            N  2W
  4.008  MEME
  4.009  MEMC         mV             40U
#
#
  5.001  HEAD         [27][91]1m{Channel 4 Offset Amplitude - 5mV/DIV}
  5.002  IEEE         :CHAN4:RANG .04;:CHAN4:OFFS .05
  5.003  MESS         Readjust the 5700A so the trace is as close to the
  5.003  MESS         horizontal center line of the graticule as possible
  5.003  MESS         after it has settled(averaging complete).
  5.004  MATH         MEM1 = 50.0
  5.005  5700         50mV                                              N  2W
  5.006  MEME
  5.007  MEMC         mV             3U
#
#
  6.001  HEAD         [27][91]1m{Channel 1 Offset Amplitude - 5mV/DIV}
  6.002  IEEE         :SYST:KEY 11;:SYST:KEY 10;:SYST:KEY 11
  6.003  IEEE         :CHAN1:RANG .04;:CHAN1:OFFS .05
  6.004  DISP         2. Use a bannana to BNC adapter and cable to connect
  6.004  DISP         the 5700A to the UUT channel 1 input.[7]
  6.005  MESS         Readjust the 5700A so the trace is as close to the
  6.005  MESS         horizontal center line of the graticule as possible
  6.005  MESS         after it has settled(averaging complete).
  6.006  MATH         MEM1 = 50.0
  6.007  5700         50mV                                              N  2W
  6.008  MEME
  6.009  MEMC         mV             3U
#
#
  7.001  IEEE         :MENU CHAN;*RST;*RST;:DISP:GRAT GRID;:SYST:KEY 39
  7.002  5700         *                                                 S
  7.003  MESS
  7.004  END