Fluke                                                       MET/CAL Procedure
=============================================================================
INSTRUMENT:            Tek 465B: (1 year) CAL VER /5500+SC600
DATE:                  08-Oct-97
AUTHOR:                On-Time Support  
REVISION:              $Revision: 1.4 $
ADJUSTMENT THRESHOLD:  70%
NUMBER OF TESTS:       201
NUMBER OF LINES:       1487
CONFIGURATION:         Fluke 5500A (S6)
=============================================================================
#
# Source: Tektronix 465B Service Manual, June 1979
#
# Compatibility: 5500/CAL 4.23 or MET/CAL 4.23 or later
#
# Subprocedures:
#   None
#
# Required Files: None
#
# System Specifications:
#   TUR calculation is based on specification interval of the accuracy file.
#   The default 5500A accuracy file contains 90 day specs.
#
# Fluke makes no warranty, expressed or implied, as to the fitness
# or suitability of this procedure in the customer's application.
#
 STEP    FSC    RANGE NOMINAL        TOLERANCE     MOD1        MOD2  3  4 CON
  1.001  DISP         This MET/CAL procedure was written and tested by
  1.002  DISP         On Time Support.  If you have questions concerning
  1.003  DISP         this procedure, please contact On Time Support at
  1.004  DISP         "ontime@ix.netcom.com".
  1.001  ASK-   R     N                J                          F        W
  1.002  ASK+     D
  1.003  HEAD         PRELIMINARY INSTRUCTIONS
  1.004  DISP         Warm-up time: 20 min. - REQUIRED
  1.004  DISP         Temperature : 20 - 30 degC
  1.004  DISP         Humidity    : <80%
  1.005  HEAD         [32]                    WARNING!
  1.006  DISP
  1.006  DISP         DURING THE FOLLOWING PROCEDURE, HIGH VOLTAGES THAT COULD
  1.006  DISP         CAUSE SERIOUS INJURY OR EVEN DEATH ARE PRESENT!
  1.006  DISP
  1.006  DISP         USE CAUTION TO PREVENT INJURY!
  1.007  HEAD         INITIAL SETUP
  1.008  DISP         POWER               : ON
  1.008  DISP         INTENSITY           : MIDRANGE
  1.008  DISP         FOCUS               : MIDRANGE
  1.008  DISP         SCALE ILLUMINATION  : MIDRANGE
  1.008  DISP         BEAM FINDER         : OUT
  1.008  DISP         MAGNIFICATION       : X1
  1.008  DISP         A TRIG HOLDOFF      : NORM
  1.009  DISP         CH 1 VOLTS/DIV      : 5 mV
  1.009  DISP         CH 2 VOLTS/DIV      : 5 mV
  1.009  DISP         VERT MODE           : CH 1
  1.009  DISP         INVERT              : OUT
  1.009  DISP         20MHz BW            : OFF
  1.009  DISP         A TRIGGER COUPLING  : AC
  1.009  DISP         A TRIGGER SOURCE    : NORM
  1.009  DISP         TRIGGER MODE        : AUTO
  1.010  DISP         SLOPE               : +
  1.010  DISP         B TRIGGER COUPLING  : AC
  1.010  DISP         B TRIGGER SOURCE    : NORM
  1.010  DISP         HORIZ DISPLAY       : A
  1.010  DISP         DELAY TIME POSITION : FULLY CCW
  1.010  DISP         A TIME/DIV          : 1 mS
  1.010  DISP         B TIME/DIV          : 1 mS
  1.011  HEAD         {TRACE ROTATION}
  1.012  DISP         Position the trace to the center horizontal grat. line.
  1.013  MESS         Check that the trace is parallel with the center
  1.013  MESS         horizontal graticule line.  Re-adjust TRACE ROTATION
  1.013  MESS         if necessary (front-panel screwdriver adjustment).
  1.013  MESS
  1.014  EVAL   Can {trace rotation be adjusted properly}?
  2.001  HEAD         {ALT MODE}
  2.002  DISP         VERT MODE         : CH 1, CH 2, A TRIG, VIEW, ADD, & ALT
  2.002  DISP         AC-GND-DC (Both)  : GND
  2.002  DISP         A TRIGGER SOURCE  : EXT
  2.003  DISP         Use the CH 1 & CH 2 Vertical Position controls to spread
  2.003  DISP         the CH 1, CH 2, and ADD traces approximately 2 divisions
  2.003  DISP         apart.  Use A TRIGGER LEVEL to position the A TRIG VIEW
  2.003  DISP         trace between the vertical channel traces.
  2.004  MESS         Check that sweeps alternate in all settings of the
  2.004  MESS         A TIME/DIV switch except X-Y.  The order of alternation
  2.004  MESS         is as follows:  CH 1, CH 2, ADD, then A TRIG VIEW.
  2.004  MESS
  2.005  EVAL   Do {sweeps alternate at all A TIME/DIV settings (except X-Y)}?
  3.001  MESS
  3.002  DISP         Press ADD and A TRIG VIEW VERT MODE switches to remove
  3.002  DISP         their traces from the CRT display.
  3.003  HEAD         {CHOP MODE}
  3.004  DISP         A TIME/DIV        : 1 uS
  3.004  DISP         A TRIGGER SOURCE  : NORM
  3.004  DISP         VERT MODE         : CH 1, CH 2, and CHOP
  3.005  DISP         Use CH 1 and CH 2 Vertical Position controls to position
  3.005  DISP         the two traces about 4 divisions apart.
  3.005  DISP
  3.005  DISP         Adjust A TRIGGER LEVEL control for stable display.
  3.006  EVAL   Is {period of one cycle approximately 2 uS}?
  4.001  MESS
  4.002  DISP         Press ADD and A TRIG VIEW Vert Mode switches.
  4.003  EVAL   Does {chopped display have four levels}?
  5.001  MESS
  5.002  EVAL   Does {display blank switching transients}?
  6.001  MESS
  6.002  DISP         Press ADD, A TRIG VIEW, and CH 2 Vert Mode switches
  6.002  DISP         to remove their traces from the CRT display.
  6.003  HEAD         {CHANNEL 1 BALANCE}
  6.004  DISP         VERT MODE       : CH 1
  6.004  DISP         CH 1 VOLTS/DIV  : 20 mV
  6.004  DISP
  6.004  DISP         Position the trace to the center horizontal grat. line.
  6.005  MESS         Check that trace shift is 1.0 division or less as the
  6.005  MESS         CH 1 VAR VOLTS/DIV control is rotated from min. to max.
  6.005  MESS
  6.006  EVAL   Is {trace shift </= 1.0 division}?
  7.001  MESS
  7.002  EVAL   Does {UNCAL LED light when VAR control is out of detent}?
  8.001  MESS
  8.002  DISP         Return CH 1 VAR to calibrated detent.
  8.003  HEAD         {CHANNEL 2 BALANCE}
  8.004  DISP         VERT MODE       : CH 2
  8.004  DISP         CH 2 VOLTS/DIV  : 20 mV
  8.004  DISP
  8.004  DISP         Position the trace to the center horizontal grat. line.
  8.005  MESS         Check that trace shift is 1.0 division or less as the
  8.005  MESS         CH 2 VAR VOLTS/DIV control is rotated from min. to max.
  8.005  MESS
  8.006  EVAL   Is {trace shift less than or equal to 1.0 division}?
  9.001  MESS
  9.002  EVAL   Does {UNCAL LED light when VAR control is out of detent}?
 10.001  MESS
 10.002  DISP         Return CH 2 VAR to calibrated detent.
 10.002  DISP
 10.002  DISP         Position the trace to the center horizontal grat. line.
 10.003  EVAL   Is {trace shift </= 2 div when switching from norm to invert}?
 11.001  MESS
 11.002  HEAD         {CHANNEL 1 VERTICAL POSITION RANGE AND CENTERING}
 11.003  DISP         MAKE THE FOLLOWING CONNECTION...
 11.003  DISP
 11.003  DISP         5500 SCOPE OUTPUT ---------50 Ohm--CH 1 INPUT
 11.004  DISP         VERT MODE         : CH 1
 11.004  DISP         CH 1 VOLTS/DIV    : 20 mV
 11.004  DISP         CH 2 VOLTS/DIV    : 0.1 V
 11.004  DISP         AC-GND-DC (both)  : DC
 11.005  MESS         Slew amplitude for a 4.8 division display.
 11.006  5500         96mVpp                       50kH           LS S6 N  L
 11.007  MESS         Check top of display can be positioned down to center
 11.007  MESS         graticule line or below  and bottom of display
 11.007  MESS         can be positioned up to center graticule line or
 11.007  MESS         above.
 11.008  EVAL   Can {display be positioned to top and bottom of CRT}?
 12.001  MESS
 12.002  HEAD         {VERTICAL LOW-FREQUENCY COMPENSATION}
 12.003  DISP         TIME/DIV (both)   : 0.2 mS
 12.003  DISP         VOLTS/DIV (both)  : 5 mV
 12.004  HEAD         VERTICAL LOW-FREQUENCY COMPENSATION:  {1 kHz}
 12.005  MESS         Slew amplitude for a 5 division display.
 12.005  MESS
 12.005  MESS         Adjust the A TRIGGER LEVEL control as needed.
 12.006  5500         25mVpp                       1kH            ED S6 N  L
 12.007  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
 12.007  MESS
 12.008  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
 13.001  MESS
 13.002  HEAD         VERTICAL LOW-FREQUENCY COMPENSATION:  {10 kHz}
 13.003  DISP         TIME/DIV (both) : 20 uS
 13.004  MESS         Slew amplitude for a 5 division display.
 13.004  MESS
 13.004  MESS         Adjust the A TRIGGER LEVEL control as needed.
 13.005  5500         25mVpp                       10kH           ED S6 N  L
 13.006  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
 13.006  MESS
 13.007  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
 14.001  MESS
 14.002  HEAD         VERTICAL LOW-FREQUENCY COMPENSATION:  {100 kHz}
 14.003  DISP         TIME/DIV (both) : 2 uS
 14.004  MESS         Slew amplitude for a 5 division display.
 14.004  MESS
 14.004  MESS         Adjust the A TRIGGER LEVEL control as needed.
 14.005  5500         25mVpp                       100kH          ED S6 N  L
 14.006  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
 14.006  MESS
 14.007  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
 15.001  MESS
 15.002  HEAD         {CHANNEL 1 TRANSIENT RESPONSE}
 15.003  DISP         TIME/DIV (both)  : 0.05 uS
 15.004  HEAD         TRANSIENT RESPONSE:  {5 mV/div}
 15.005  MESS         Slew amplitude for a 5 division display.
 15.006  5500         25mVpp                       100kH          ED S6 N  L
 15.007  MESS         Check that flat-top waveform is </= 4% (0.2 division)
 15.007  MESS
 15.008  EVAL   Is {flat-top waveform </= 4%}?
 16.001  MESS
 16.002  HEAD         TRANSIENT RESPONSE:  {10 mV/div}
 16.003  DISP         CH 1 VOLTS/DIV : 10 mV
 16.004  MESS         Slew amplitude for a 5 division display.
 16.005  5500         50mVpp                       100kH          ED S6 N  L
 16.006  MESS         Check that flat-top waveform is </= 4% (0.2 division)
 16.006  MESS
 16.007  EVAL   Is {flat-top waveform </= 4%}?
 17.001  MESS
 17.002  HEAD         TRANSIENT RESPONSE:  {20 mV/div}
 17.003  DISP         CH 1 VOLTS/DIV : 20 mV
 17.004  MESS         Slew amplitude for a 5 division display.
 17.005  5500         100mVpp                      100kH          ED S6 N  L
 17.006  MESS         Check that flat-top waveform is </= 4% (0.2 division)
 17.006  MESS
 17.007  EVAL   Is {flat-top waveform </= 4%}?
 18.001  MESS
 18.002  HEAD         {CHANNEL 1 BANDWIDTH}
 18.003  ASK-                              U
 18.004  DISP         VOLTS/DIV (both) : 5 mV
 18.004  DISP         A TIME/DIV       : 0.2 mS
 18.005  HEAD         BANDWIDTH: {5 mV/div}
 18.006  MESS         Slew the amplitude for 5 divisions.
 18.007  5500         25mVpp                       50kH           LS S6 N  L
 18.008  MESS         Slew the frequency for 3.5 divisions.
 18.009  5500         100MH          -1000%        mVpp           LS S6    L
 19.001  HEAD         BANDWIDTH:  {10 mV/div}
 19.002  DISP         CH 1 VOLTS/DIV : 10 mV
 19.003  MESS         Slew the amplitude for 5 divisions.
 19.004  5500         50mVpp                       50kH           LS S6 N  L
 19.005  MESS         Slew the frequency for 3.5 divisions.
 19.006  5500         100MH          -1000%        mVpp           LS S6    L
 20.001  HEAD         BANDWIDTH:  {20 mV/div}
 20.002  DISP         CH 1 VOLTS/DIV : 20 mV
 20.003  MESS         Slew the amplitude for 5 divisions.
 20.004  5500         100mVpp                      50kH           LS S6 N  L
 20.005  MESS         Slew the frequency for 3.5 divisions.
 20.006  5500         100MH          -1000%        mVpp           LS S6    L
 21.001  HEAD         BANDWIDTH : {50 mV/div}
 21.002  DISP         CH 1 VOLTS/DIV : 50 mV
 21.003  MESS         Slew the amplitude for 5 divisions.
 21.004  5500         250mVpp                      50kH           LS S6 N  L
 21.005  MESS         Slew the frequency for 3.5 divisions.
 21.006  5500         100MH          -1000%        mVpp           LS S6    L
 22.001  HEAD         BANDWIDTH : {100 mV/div}
 22.002  DISP         CH 1 VOLTS/DIV : 100 mV
 22.003  MESS         Slew the amplitude for 5 divisions.
 22.004  5500         500mVpp                      50kH           LS S6 N  L
 22.005  MESS         Slew the frequency for 3.5 divisions.
 22.006  5500         100MH          -1000%        mVpp           LS S6    L
 23.001  HEAD         BANDWIDTH : {200 mV/div}
 23.002  DISP         CH 1 VOLTS/DIV : 200 mV
 23.003  MESS         Slew the amplitude for 5 divisions.
 23.004  5500         1Vpp                         50kH           LS S6 N  L
 23.005  MESS         Slew the frequency for 3.5 divisions.
 23.006  5500         100MH          -1000%        Vpp            LS S6    L
 24.001  HEAD         BANDWIDTH : {500 mV/div}
 24.002  DISP         CH 1 VOLTS/DIV : 500 mV
 24.003  MESS         Slew the amplitude for 5 divisions.
 24.004  5500         2.5Vpp                       50kH           LS S6 N  L
 24.005  MESS         Slew the frequency for 3.5 divisions.
 24.006  5500         100MH          -1000%        Vpp            LS S6    L
 25.001  MESS
 25.002  ASK+                              U
 25.003  HEAD         {A TIME/DIV ACCURACY}
 25.004  DISP         VOLTS/DIV (both) : 0.5 V
 25.004  DISP         AC-GND-DC (both) : DC
 25.005  DISP         A & B SOURCE    : NORM
 25.005  DISP         TRIG MODE       :  AUTO
 25.005  DISP         HORIZ DISPLAY   : A
 25.006  HEAD         A TIME/DIV ACCURACY:  {.02uS/div}
 25.007  DISP         Throughout the following tests, slew output for
 25.007  DISP         1 time marker per division (total of 11 time markers).
 25.008  5500         0.02uT         2%                           M1 S6    L
 26.001  HEAD         A TIME/DIV ACCURACY:  {.05uS/div}
 26.002  5500         0.05uT         2%                           M1 S6    L
 27.001  HEAD         A TIME/DIV ACCURACY:  {.1uS/div}
 27.002  5500         0.1uT          2%                           M1 S6    L
 28.001  HEAD         A TIME/DIV ACCURACY:  {.2uS/div}
 28.002  5500         0.2uT          2%                           M1 S6    L
 29.001  HEAD         A TIME/DIV ACCURACY:  {.5uS/div}
 29.002  5500         0.5uT          2%                           M1 S6    L
 30.001  HEAD         A TIME/DIV ACCURACY:  {1uS/div}
 30.002  5500         1uT            2%                           M1 S6    L
 31.001  HEAD         A TIME/DIV ACCURACY:  {5uS/div}
 31.002  5500         2uT            2%                           M1 S6    L
 32.001  HEAD         A TIME/DIV ACCURACY:  {5uS/div}
 32.002  5500         5uT            2%                           M1 S6    L
 33.001  HEAD         A TIME/DIV ACCURACY:  {10uS/div}
 33.002  5500         10uT           2%                           M1 S6    L
 34.001  HEAD         A TIME/DIV ACCURACY:  {20uS/div}
 34.002  5500         20uT           2%                           M1 S6    L
 35.001  HEAD         A TIME/DIV ACCURACY:  {50uS/div}
 35.002  5500         50uT           2%                           M1 S6    L
 36.001  HEAD         A TIME/DIV ACCURACY:  {.1mS/div}
 36.002  5500         0.1mT          2%                           M1 S6    L
 37.001  HEAD         A TIME/DIV ACCURACY:  {.2mS/div}
 37.002  5500         0.2mT          2%                           M1 S6    L
 38.001  HEAD         A TIME/DIV ACCURACY:  {.5mS/div}
 38.002  5500         0.5mT          2%                           M1 S6    L
 39.001  HEAD         A TIME/DIV ACCURACY:  {1mS/div}
 39.002  5500         1mT            2%                           M1 S6    L
 40.001  HEAD         A TIME/DIV ACCURACY:  {2mS/div}
 40.002  5500         2mT            2%                           M1 S6    L
 41.001  HEAD         A TIME/DIV ACCURACY:  {5mS/div}
 41.002  5500         5mT            2%                           M1 S6    L
 42.001  HEAD         A TIME/DIV ACCURACY:  {10mS/div}
 42.002  5500         10mT           2%                           M1 S6    L
 43.001  HEAD         A TIME/DIV ACCURACY:  {20mS/div}
 43.002  5500         20mT           2%                           M1 S6    L
 44.001  HEAD         A TIME/DIV ACCURACY:  {50mS/div}
 44.002  5500         50mT           2%                           M1 S6    L
 45.001  HEAD         A TIME/DIV ACCURACY:  {.1S/div}
 45.002  5500         0.1T           2%                           M1 S6    L
 46.001  HEAD         A TIME/DIV ACCURACY:  {.2S/div}
 46.002  5500         0.2T           2%                           M1 S6    L
 47.001  HEAD         A TIME/DIV ACCURACY:  {.5S/div}
 47.002  5500         0.5T           2%                           M1 S6    L
 48.001  HEAD         {B TIME/DIV ACCURACY}
 48.002  DISP         HORIZ DISPLAY : B DLY'D
 48.002  DISP
 48.002  DISP         Throughout the following tests, slew output for
 48.002  DISP         1 time marker per division (total of 11 time markers).
 48.002  DISP
 48.002  DISP         If 11 time markers are not visible, set the A TIME/DIV
 48.002  DISP         switch one step slower than the B TIME/DIV switch.
 48.003  HEAD         B TIME/DIV ACCURACY:  {.02uS/div}
 48.004  5500         0.02uT         2%                           M1 S6    L
 49.001  HEAD         B TIME/DIV ACCURACY:  {.05uS/div}
 49.002  5500         0.05uT         2%                           M1 S6    L
 50.001  HEAD         B TIME/DIV ACCURACY:  {.1uS/div}
 50.002  5500         0.1uT          2%                           M1 S6    L
 51.001  HEAD         B TIME/DIV ACCURACY:  {.2uS/div}
 51.002  5500         0.2uT          2%                           M1 S6    L
 52.001  HEAD         B TIME/DIV ACCURACY:  {.5uS/div}
 52.002  5500         0.5uT          2%                           M1 S6    L
 53.001  HEAD         B TIME/DIV ACCURACY:  {1uS/div}
 53.002  5500         1uT            2%                           M1 S6    L
 54.001  HEAD         B TIME/DIV ACCURACY:  {5uS/div}
 54.002  5500         2uT            2%                           M1 S6    L
 55.001  HEAD         B TIME/DIV ACCURACY:  {5uS/div}
 55.002  5500         5uT            2%                           M1 S6    L
 56.001  HEAD         B TIME/DIV ACCURACY:  {10uS/div}
 56.002  5500         10uT           2%                           M1 S6    L
 57.001  HEAD         B TIME/DIV ACCURACY:  {20uS/div}
 57.002  5500         20uT           2%                           M1 S6    L
 58.001  HEAD         B TIME/DIV ACCURACY:  {50uS/div}
 58.002  5500         50uT           2%                           M1 S6    L
 59.001  HEAD         B TIME/DIV ACCURACY:  {.1mS/div}
 59.002  5500         0.1mT          2%                           M1 S6    L
 60.001  HEAD         B TIME/DIV ACCURACY:  {.2mS/div}
 60.002  5500         0.2mT          2%                           M1 S6    L
 61.001  HEAD         B TIME/DIV ACCURACY:  {.5mS/div}
 61.002  5500         0.5mT          2%                           M1 S6    L
 62.001  HEAD         B TIME/DIV ACCURACY:  {1mS/div}
 62.002  5500         1mT            2%                           M1 S6    L
 63.001  HEAD         B TIME/DIV ACCURACY:  {2mS/div}
 63.002  5500         2mT            2%                           M1 S6    L
 64.001  HEAD         B TIME/DIV ACCURACY:  {5mS/div}
 64.002  5500         5mT            2%                           M1 S6    L
 65.001  HEAD         B TIME/DIV ACCURACY:  {10mS/div}
 65.002  5500         10mT           2%                           M1 S6    L
 66.001  HEAD         B TIME/DIV ACCURACY:  {20mS/div}
 66.002  5500         20mT           2%                           M1 S6    L
 67.001  HEAD         B TIME/DIV ACCURACY:  {50mS/div}
 67.002  5500         50mT           2%                           M1 S6    L
 68.001  HEAD         {A VAR TIME/DIV RANGE}
 68.002  DISP         HORIZ DISPLAY : A
 68.002  DISP         A TRIG MODE   : AUTO
 68.002  DISP         TIME/DIV      : 2 mS
 68.003  5500         5mT                                         M1 S6 S  L
 68.004  MESS         Check that at least 1 marker per division can be
 68.004  MESS         obtained by adjusting the VAR TIME/DIV control.
 68.004  MESS
 68.005  EVAL   Can {at least 1 marker/div be obtained with VAR TIME/DIV}?
 69.001  MESS
 69.002  DISP         Return the VAR TIME/DIV control to the detent position.
 69.003  ASK-                              U
 69.004  HEAD         {DELAY OR DIFFERENTIAL TIME LINEARITY}
 69.005  DISP         A TIME/DIV        : 1 mS
 69.005  DISP         B TIME/DIV        : 5 uS
 69.005  DISP         HORIZ DISPLAY     : B DLY'D
 69.005  DISP         B TRIGGER SOURCE  : STARTS AFTER DELAY
 69.006  5500         1mT                                         M1 S6 S  L
 69.007  DISP         Turn DELAY TIME POSITION to set time marker nearest
 69.007  DISP         1.00 on dial to coincide with graticule center.
 69.008  MEMI         Enter dial reading.
 69.009  MATH         MEM1 = MEM
 69.010  DISP         Turn DELAY TIME POSITION to set time marker nearest
 69.010  DISP         2.00 on dial to coincide with graticule center.
 69.011  MEMI         Enter dial reading.
 69.012  MATH         MEM = MEM - MEM1
 69.013  ACC          1.00           0.001U
 69.014  MEME
 69.015  MEMC         difference     0.01U
 70.001  MESS         Turn DELAY TIME POSITION dial to set every adjacent
 70.001  MESS         time marker to coincide with graticule center and
 70.001  MESS         note reading.
 70.001  MESS
 70.001  MESS         Check that the difference of readings between any two
 70.001  MESS         adjacent time markers is 1.00 +/- 0.01 (.99 to 1.01).
 70.002  EVAL   {Difference between any two adjacent markers 1.00 +/- 0.01}?
 71.001  MESS
 71.002  ASK+                              U
 71.003  HEAD         {DELAY OR DIFFERENTIAL TIME ACCURACY}
 71.004  DISP         A TIME/DIV    : 0.2 uS
 71.004  DISP         B TIME/DIV    : 0.02 uS
 71.005  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.2 uS / .02 uS}
 71.006  5500         0.1uT                                       M1 S6 S  L
 71.007  DISP         In each of the following tests, first set the
 71.007  DISP         DELAY TIME POSITION dial to 1.00.  Then
 71.007  DISP         adjust the horizontal POSITION control so the top of
 71.007  DISP         the Displayed time markers crosses the center vertical
 71.007  DISP         graticule line. (If the top of the time marker at the
 71.007  DISP         beginning of the sweep isn't visible, then use the
 71.007  DISP         second marker.)
 71.008  DISP         Without touching the horizontal POSITION control,
 71.008  DISP         set the DELAY TIME POSITION dial to 9.00.
 71.008  DISP         Slightly readjust the DELAY TIME POSITION dial
 71.008  DISP         to position the top of the Displayed time marker
 71.008  DISP         to the center vertical graticule line.
 71.009  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 72.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.2 uS / .05 uS}
 72.002  DISP         B TIME/DIV  : 0.05 uS
 72.003  5500         0.1uT                                       M1 S6 S  L
 72.004  DISP         In each of the following tests, first set the
 72.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 72.004  DISP         adjust the horizontal POSITION control so the top of
 72.004  DISP         the Displayed time markers crosses the center vertical
 72.004  DISP         graticule line. (If the top of the time marker at the
 72.004  DISP         beginning of the sweep isn't visible, then use the
 72.004  DISP         second marker.)
 72.005  DISP         Without touching the horizontal POSITION control,
 72.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 72.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 72.005  DISP         to position the top of the Displayed time marker
 72.005  DISP         to the center vertical graticule line.
 72.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 73.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.5 uS / .05 uS}
 73.002  DISP         A TIME/DIV  : 0.5 uS
 73.003  5500         0.5uT                                       M1 S6 S  L
 73.004  DISP         In each of the following tests, first set the
 73.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 73.004  DISP         adjust the horizontal POSITION control so the top of
 73.004  DISP         the Displayed time markers crosses the center vertical
 73.004  DISP         graticule line. (If the top of the time marker at the
 73.004  DISP         beginning of the sweep isn't visible, then use the
 73.004  DISP         second marker.)
 73.005  DISP         Without touching the horizontal POSITION control,
 73.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 73.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 73.005  DISP         to position the top of the Displayed time marker
 73.005  DISP         to the center vertical graticule line.
 73.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 74.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {1 uS / .1 uS}
 74.002  DISP         A TIME/DIV  : 1 uS
 74.002  DISP         B TIME/DIV  : .1 uS
 74.003  5500         1uT                                         M1 S6 S  L
 74.004  DISP         In each of the following tests, first set the
 74.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 74.004  DISP         adjust the horizontal POSITION control so the top of
 74.004  DISP         the Displayed time markers crosses the center vertical
 74.004  DISP         graticule line. (If the top of the time marker at the
 74.004  DISP         beginning of the sweep isn't visible, then use the
 74.004  DISP         second marker.)
 74.005  DISP         Without touching the horizontal POSITION control,
 74.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 74.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 74.005  DISP         to position the top of the Displayed time marker
 74.005  DISP         to the center vertical graticule line.
 74.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 75.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {2 uS / .1 uS}
 75.002  DISP         A TIME/DIV  : 2 uS
 75.003  5500         1uT                                         M1 S6 S  L
 75.004  DISP         In each of the following tests, first set the
 75.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 75.004  DISP         adjust the horizontal POSITION control so the top of
 75.004  DISP         the Displayed time markers crosses the center vertical
 75.004  DISP         graticule line. (If the top of the time marker at the
 75.004  DISP         beginning of the sweep isn't visible, then use the
 75.004  DISP         second marker.)
 75.005  DISP         Without touching the horizontal POSITION control,
 75.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 75.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 75.005  DISP         to position the top of the Displayed time marker
 75.005  DISP         to the center vertical graticule line.
 75.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 76.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {5 uS / .5 uS}
 76.002  DISP         A TIME/DIV  : 5 uS
 76.002  DISP         B TIME/DIV  : .5 uS
 76.003  5500         5uT                                         M1 S6 S  L
 76.004  DISP         In each of the following tests, first set the
 76.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 76.004  DISP         adjust the horizontal POSITION control so the top of
 76.004  DISP         the Displayed time markers crosses the center vertical
 76.004  DISP         graticule line. (If the top of the time marker at the
 76.004  DISP         beginning of the sweep isn't visible, then use the
 76.004  DISP         second marker.)
 76.005  DISP         Without touching the horizontal POSITION control,
 76.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 76.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 76.005  DISP         to position the top of the Displayed time marker
 76.005  DISP         to the center vertical graticule line.
 76.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 77.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {10 uS / 1 uS}
 77.002  DISP         A TIME/DIV  : 10 uS
 77.002  DISP         B TIME/DIV  : 1 uS
 77.003  5500         10uT                                        M1 S6 S  L
 77.004  DISP         In each of the following tests, first set the
 77.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 77.004  DISP         adjust the horizontal POSITION control so the top of
 77.004  DISP         the Displayed time markers crosses the center vertical
 77.004  DISP         graticule line. (If the top of the time marker at the
 77.004  DISP         beginning of the sweep isn't visible, then use the
 77.004  DISP         second marker.)
 77.005  DISP         Without touching the horizontal POSITION control,
 77.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 77.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 77.005  DISP         to position the top of the Displayed time marker
 77.005  DISP         to the center vertical graticule line.
 77.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 78.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {20 uS / 1 uS}
 78.002  DISP         A TIME/DIV  : 20 uS
 78.003  5500         10uT                                        M1 S6 S  L
 78.004  DISP         In each of the following tests, first set the
 78.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 78.004  DISP         adjust the horizontal POSITION control so the top of
 78.004  DISP         the Displayed time markers crosses the center vertical
 78.004  DISP         graticule line. (If the top of the time marker at the
 78.004  DISP         beginning of the sweep isn't visible, then use the
 78.004  DISP         second marker.)
 78.005  DISP         Without touching the horizontal POSITION control,
 78.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 78.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 78.005  DISP         to position the top of the Displayed time marker
 78.005  DISP         to the center vertical graticule line.
 78.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 79.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {50 uS / 5 uS}
 79.002  DISP         A TIME/DIV  : 50 uS
 79.002  DISP         B TIME/DIV  : 5 uS
 79.003  5500         50uT                                        M1 S6 S  L
 79.004  DISP         In each of the following tests, first set the
 79.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 79.004  DISP         adjust the horizontal POSITION control so the top of
 79.004  DISP         the Displayed time markers crosses the center vertical
 79.004  DISP         graticule line. (If the top of the time marker at the
 79.004  DISP         beginning of the sweep isn't visible, then use the
 79.004  DISP         second marker.)
 79.005  DISP         Without touching the horizontal POSITION control,
 79.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 79.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 79.005  DISP         to position the top of the Displayed time marker
 79.005  DISP         to the center vertical graticule line.
 79.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 80.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.1 mS / 10 uS}
 80.002  DISP         A TIME/DIV  : .1 mS
 80.002  DISP         B TIME/DIV  : 10 uS
 80.003  5500         0.1mT                                       M1 S6 S  L
 80.004  DISP         In each of the following tests, first set the
 80.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 80.004  DISP         adjust the horizontal POSITION control so the top of
 80.004  DISP         the Displayed time markers crosses the center vertical
 80.004  DISP         graticule line. (If the top of the time marker at the
 80.004  DISP         beginning of the sweep isn't visible, then use the
 80.004  DISP         second marker.)
 80.005  DISP         Without touching the horizontal POSITION control,
 80.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 80.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 80.005  DISP         to position the top of the Displayed time marker
 80.005  DISP         to the center vertical graticule line.
 80.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 81.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.2 mS / 10 uS}
 81.002  DISP         A TIME/DIV  : .2 mS
 81.003  5500         0.1mT                                       M1 S6 S  L
 81.004  DISP         In each of the following tests, first set the
 81.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 81.004  DISP         adjust the horizontal POSITION control so the top of
 81.004  DISP         the Displayed time markers crosses the center vertical
 81.004  DISP         graticule line. (If the top of the time marker at the
 81.004  DISP         beginning of the sweep isn't visible, then use the
 81.004  DISP         second marker.)
 81.005  DISP         Without touching the horizontal POSITION control,
 81.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 81.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 81.005  DISP         to position the top of the Displayed time marker
 81.005  DISP         to the center vertical graticule line.
 81.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 82.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.5 mS / 50 uS}
 82.002  DISP         A TIME/DIV  : .5 mS
 82.002  DISP         B TIME/DIV  : 50 uS
 82.003  5500         0.5mT                                       M1 S6 S  L
 82.004  DISP         In each of the following tests, first set the
 82.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 82.004  DISP         adjust the horizontal POSITION control so the top of
 82.004  DISP         the Displayed time markers crosses the center vertical
 82.004  DISP         graticule line. (If the top of the time marker at the
 82.004  DISP         beginning of the sweep isn't visible, then use the
 82.004  DISP         second marker.)
 82.005  DISP         Without touching the horizontal POSITION control,
 82.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 82.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 82.005  DISP         to position the top of the Displayed time marker
 82.005  DISP         to the center vertical graticule line.
 82.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 83.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {1 mS / .1 mS}
 83.002  DISP         A TIME/DIV  : 1 mS
 83.002  DISP         B TIME/DIV  : .1 mS
 83.003  5500         1mT                                         M1 S6 S  L
 83.004  DISP         In each of the following tests, first set the
 83.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 83.004  DISP         adjust the horizontal POSITION control so the top of
 83.004  DISP         the Displayed time markers crosses the center vertical
 83.004  DISP         graticule line. (If the top of the time marker at the
 83.004  DISP         beginning of the sweep isn't visible, then use the
 83.004  DISP         second marker.)
 83.005  DISP         Without touching the horizontal POSITION control,
 83.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 83.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 83.005  DISP         to position the top of the Displayed time marker
 83.005  DISP         to the center vertical graticule line.
 83.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 84.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {2 mS / .1 mS}
 84.002  DISP         A TIME/DIV  : 2 mS
 84.003  5500         1mT                                         M1 S6 S  L
 84.004  DISP         In each of the following tests, first set the
 84.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 84.004  DISP         adjust the horizontal POSITION control so the top of
 84.004  DISP         the Displayed time markers crosses the center vertical
 84.004  DISP         graticule line. (If the top of the time marker at the
 84.004  DISP         beginning of the sweep isn't visible, then use the
 84.004  DISP         second marker.)
 84.005  DISP         Without touching the horizontal POSITION control,
 84.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 84.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 84.005  DISP         to position the top of the Displayed time marker
 84.005  DISP         to the center vertical graticule line.
 84.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 85.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {5 mS / .5 mS}
 85.002  DISP         A TIME/DIV  : 5 mS
 85.002  DISP         B TIME/DIV  : .5 mS
 85.003  5500         5mT                                         M1 S6 S  L
 85.004  DISP         In each of the following tests, first set the
 85.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 85.004  DISP         adjust the horizontal POSITION control so the top of
 85.004  DISP         the Displayed time markers crosses the center vertical
 85.004  DISP         graticule line. (If the top of the time marker at the
 85.004  DISP         beginning of the sweep isn't visible, then use the
 85.004  DISP         second marker.)
 85.005  DISP         Without touching the horizontal POSITION control,
 85.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 85.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 85.005  DISP         to position the top of the Displayed time marker
 85.005  DISP         to the center vertical graticule line.
 85.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 86.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {10 mS / 1 mS}
 86.002  DISP         TRIG MODE   : NORM
 86.002  DISP         A TIME/DIV  : 10 mS
 86.002  DISP         B TIME/DIV  : 1 mS
 86.003  5500         10mT                                        M1 S6 S  L
 86.004  DISP         In each of the following tests, first set the
 86.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 86.004  DISP         adjust the horizontal POSITION control so the top of
 86.004  DISP         the Displayed time markers crosses the center vertical
 86.004  DISP         graticule line. (If the top of the time marker at the
 86.004  DISP         beginning of the sweep isn't visible, then use the
 86.004  DISP         second marker.)
 86.005  DISP         Without touching the horizontal POSITION control,
 86.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 86.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 86.005  DISP         to position the top of the Displayed time marker
 86.005  DISP         to the center vertical graticule line.
 86.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 87.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {20 mS / 1 mS}
 87.002  DISP         A TIME/DIV  : 20 mS
 87.003  5500         10mT                                        M1 S6 S  L
 87.004  DISP         In each of the following tests, first set the
 87.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 87.004  DISP         adjust the horizontal POSITION control so the top of
 87.004  DISP         the Displayed time markers crosses the center vertical
 87.004  DISP         graticule line. (If the top of the time marker at the
 87.004  DISP         beginning of the sweep isn't visible, then use the
 87.004  DISP         second marker.)
 87.005  DISP         Without touching the horizontal POSITION control,
 87.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 87.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 87.005  DISP         to position the top of the Displayed time marker
 87.005  DISP         to the center vertical graticule line.
 87.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 88.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {50 mS / 5 mS}
 88.002  DISP         A TIME/DIV  : 50 mS
 88.002  DISP         B TIME/DIV  : 5 mS
 88.003  5500         50mT                                        M1 S6 S  L
 88.004  DISP         In each of the following tests, first set the
 88.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 88.004  DISP         adjust the horizontal POSITION control so the top of
 88.004  DISP         the Displayed time markers crosses the center vertical
 88.004  DISP         graticule line. (If the top of the time marker at the
 88.004  DISP         beginning of the sweep isn't visible, then use the
 88.004  DISP         second marker.)
 88.005  DISP         Without touching the horizontal POSITION control,
 88.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 88.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 88.005  DISP         to position the top of the Displayed time marker
 88.005  DISP         to the center vertical graticule line.
 88.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 89.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.1 S / 10 mS}
 89.002  DISP         A TIME/DIV  : .1 S
 89.002  DISP         B TIME/DIV  : 10 mS
 89.003  5500         0.1T                                        M1 S6 S  L
 89.004  DISP         In each of the following tests, first set the
 89.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 89.004  DISP         adjust the horizontal POSITION control so the top of
 89.004  DISP         the Displayed time markers crosses the center vertical
 89.004  DISP         graticule line. (If the top of the time marker at the
 89.004  DISP         beginning of the sweep isn't visible, then use the
 89.004  DISP         second marker.)
 89.005  DISP         Without touching the horizontal POSITION control,
 89.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 89.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 89.005  DISP         to position the top of the Displayed time marker
 89.005  DISP         to the center vertical graticule line.
 89.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 90.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.2 S / 10 mS}
 90.002  DISP         A TIME/DIV  : .2 S
 90.003  5500         0.1T                                        M1 S6 S  L
 90.004  DISP         In each of the following tests, first set the
 90.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 90.004  DISP         adjust the horizontal POSITION control so the top of
 90.004  DISP         the Displayed time markers crosses the center vertical
 90.004  DISP         graticule line. (If the top of the time marker at the
 90.004  DISP         beginning of the sweep isn't visible, then use the
 90.004  DISP         second marker.)
 90.005  DISP         Without touching the horizontal POSITION control,
 90.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 90.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 90.005  DISP         to position the top of the Displayed time marker
 90.005  DISP         to the center vertical graticule line.
 90.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 91.001  HEAD         DELAY OR DIFFERENTIAL TIME ACCURACY:  {.5 S / 50 mS}
 91.002  DISP         A TIME/DIV  : .5 S
 91.002  DISP         B TIME/DIV  : 50 mS
 91.003  5500         0.5T                                        M1 S6 S  L
 91.004  DISP         In each of the following tests, first set the
 91.004  DISP         DELAY TIME POSITION dial to 1.00.  Then
 91.004  DISP         adjust the horizontal POSITION control so the top of
 91.004  DISP         the Displayed time markers crosses the center vertical
 91.004  DISP         graticule line. (If the top of the time marker at the
 91.004  DISP         beginning of the sweep isn't visible, then use the
 91.004  DISP         second marker.)
 91.005  DISP         Without touching the horizontal POSITION control,
 91.005  DISP         set the DELAY TIME POSITION dial to 9.00.
 91.005  DISP         Slightly readjust the DELAY TIME POSITION dial
 91.005  DISP         to position the top of the Displayed time marker
 91.005  DISP         to the center vertical graticule line.
 91.006  EVAL   Is {DELAY TIME POSITION dial setting 8.92 to 9.08}?
 92.001  HEAD         {DELAY OR DIFFERENTIAL JITTER}
 92.002  DISP         DELAY TIME POSITION  : 9.00
 92.002  DISP         A TIME/DIV           : 1 mS
 92.002  DISP         B TIME/DIV           : 0.2 uS
 92.003  HEAD         DELAY OR DIFFERENTIAL JITTER:  {@ 9.00}
 92.004  5500         1mT                                         M1 S6 S  L
 92.005  DISP         Slightly readjust DELAY TIME POSITION dial to position
 92.005  DISP         a time marker on screen.
 92.006  MESS         Check that the Jitter on leading edge of
 92.006  MESS         the time marker does not exceed 1 division (2.5 div.
 92.006  MESS         if operating from a 50 Hz line voltage). Disregard slow
 92.006  MESS         drift.
 92.006  MESS
 92.007  EVAL   Is {jitter on leading edge < 1 division}?
 93.001  MESS
 93.002  HEAD         DELAY OR DIFFERENTIAL JITTER:  {@ 1.00}
 93.003  DISP         DELAY TIME POSITION  : 1.00
 93.004  5500         1mT                                         M1 S6 S  L
 93.005  DISP         Slightly readjust DELAY TIME POSITION dial to position
 93.005  DISP         a time marker on screen.
 93.006  MESS         Check that the Jitter on leading edge of
 93.006  MESS         the time marker does not exceed 1 division (2.5 div.
 93.006  MESS         if operating from a 50 Hz line voltage). Disregard slow
 93.006  MESS         drift.
 93.006  MESS
 93.007  EVAL   Is {jitter on leading edge < 1 division}?
 94.001  MESS
 94.002  HEAD         {X GAIN}
 94.003  DISP         TIME/DlV (both)    : X-Y
 94.003  DISP         VERT MODE          : CH 2
 94.003  DISP         VOLTS/DIV (both)   : 5 mV
 94.003  DISP         CH 1 AC-GND-DC     : AC
 94.003  DISP         CH 2 AC-GND-DC     : GND
 94.003  DISP         HORIZ DISPLAY      : A
 94.003  DISP         A TRIGGER HOLDOFF  : NORM
 94.004  5500         20mVpp                       1kH            ZQ S6 S  L
 94.005  EVAL   Is {display 4 divisions (+/- 0.16 div) between the dots}?
 95.001  MESS
 95.002  HEAD         {X BANDWIDTH}
 95.003  ASK-                              U
 95.004  MESS         Slew amplitude for a 10 division Horizontal display.
 95.005  5500         50mVpp                       50kH           LS S6 N  L
 95.006  5500         4MH                          mV             LS S6 S  L
 95.007  MESS
 95.008  EVAL   Is {display a minimum of 7 divisions in length}?
 96.001  MESS
 96.002  ASK+                              U
 96.003  HEAD         {CASCADED GAIN}
 96.004  DISP         MAKE THE FOLLOWING CONNECTION...
 96.004  DISP
 96.004  DISP         CH 1 VERT SIGNAL OUTPUT ---------50 Ohm--CH 2 INPUT
 96.004  DISP         (rear panel)
 96.004  DISP
 96.004  DISP         Note:  5500 must remain connected to CH 1 input!
 96.005  DISP         VERT MODE       : CH 2
 96.005  DISP         CH 2 AC-GND-DC  : DC
 96.005  DISP         TIME/DIV        : 1 mS
 96.006  5500         25mVpp                       1kH            ZQ S6 S  L
 96.007  EVAL   Is {vertical display amplitude >/= 5 divisions}?
 97.001  HEAD         {CASCADED BANDWIDTH}
 97.002  ASK-                              U
 97.003  MESS         Slew the amplitude for 5 divisions.
 97.004  5500         25mVpp                       50kH           LS S6 N  L
 97.005  MESS         Slew the frequency for 3.5 divisions.
 97.006  5500         50MH           -1000%        mVpp           LS S6    L
 98.001  MESS
 98.002  ASK+                              U
 98.003  HEAD         {CHANNEL 1 DEFLECTION FACTOR}
 98.004  ASK+         N
 98.005  DISP         Disconnect ALL connections & make the following...
 98.005  DISP
 98.005  DISP         5500 SCOPE OUTPUT -----------CH 1 INPUT
 98.005  DISP
 98.005  DISP
 98.005  DISP         VERT MODE        : CH 1
 98.005  DISP         VOLTS/DIV (both) : 5 mV
 98.005  DISP         AC-GND-DC (both) : DC
 98.006  HEAD         DEFLECTION FACTOR:  {5 mV/DIV}
 98.007  5500   5     20mVpp         3%            1kH            ZQ S6
 99.001  HEAD         DEFLECTION FACTOR:  {10 mV/DIV}
 99.002  ASK+   R
 99.003  5500   10    50mVpp         3%            1kH            ZQ S6
100.001  HEAD         DEFLECTION FACTOR:  {100 mV/DIV}
100.002  5500   20    100mVpp        3%            1kH            ZQ S6
101.001  HEAD         DEFLECTION FACTOR:  {200 mV/DIV}
101.002  5500   50    200mVpp        3%            1kH            ZQ S6
102.001  HEAD         DEFLECTION FACTOR:  {.5 V/DIV}
102.002  5500   0.1   0.5Vpp         3%            1kH            ZQ S6
103.001  HEAD         DEFLECTION FACTOR:  {1 V/DIV}
103.002  5500   0.2   1Vpp           3%            1kH            ZQ S6
104.001  HEAD         DEFLECTION FACTOR:  {2 V/DIV}
104.002  5500   0.5   2Vpp           3%            1kH            ZQ S6
105.001  HEAD         DEFLECTION FACTOR:  {5 V/DIV}
105.002  5500   1     5Vpp           3%            1kH            ZQ S6
106.001  HEAD         DEFLECTION FACTOR:  {10 V/DIV}
106.002  5500   2     10Vpp          3%            1kH            ZQ S6
107.001  HEAD         DEFLECTION FACTOR:  {20 V/DIV}
107.002  5500   5     20Vpp          3%            1kH            ZQ S6
108.001  HEAD         {CHANNEL 1 VARIABLE VOLTS/DIV RANGE}
108.002  DISP         CH 1 VOLTS/DIV : 20 mV
108.003  5500         0.1Vpp                       1kH            ZQ S6 S
108.004  MESS         Check that the display reduces to less than 2 divisions
108.004  MESS         when the CH 1 VAR VOLTS/DlV control is rotated to its
108.004  MESS         extreme CCW position.
108.004  MESS
108.005  EVAL   Does {display reduce to <2 div with VAR fully CCW}?
109.001  MESS
109.002  HEAD         {A NORM TRIG MODE}
109.003  ASK-   R     N
109.004  DISP         CH 1 VAR VOLTS/DIV  : CAL (in detent)
109.004  DISP         A TRIGGER COUPLING  : AC
109.004  DISP         A TRIGGER SOURCE    : NORM
109.004  DISP         A TRIGGER MODE      : AUTO
109.005  HEAD         A NORM TRIG MODE : {AC COUPLING}
109.006  5500         100mVpp                      1kH            ZQ S6 S
109.007  DISP         Adjust A TRIGGER LEVEL for a stable display.
109.007  DISP
109.008  DISP         TRIG MODE : NORM
109.009  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
110.001  HEAD         A NORM TRIG MODE : {GND COUPLING}
110.002  5500         100mVpp                      1kH            ZQ S6 S
110.003  DISP         CH 1 AC-GND-DC  : GND
110.004  EVAL   [N]Is there a {visible display}?
111.001  HEAD         {SINGLE SWP TRIG MODE}
111.002  DISP         TRIG MODE       : AUTO
111.002  DISP         CH 1 AC-GND-DC  : DC
111.003  HEAD         SINGLE SWP TRIG MODE:  {GND COUPLING}
111.004  5500         100mVpp                      1kH            ZQ S6 S
111.005  DISP         Adjust A TRIGGER  LEVEL until display just triggers.
111.006  DISP         CH 1 AC-GND-DC  : GND
111.006  DISP
111.006  DISP         Press SINGL SWP push button in.
111.007  EVAL   Does {READY LED come on and stay on}?
112.001  HEAD         SINGLE SWP TRIG MODE:  {DC COUPLING}
112.002  5500         100mVpp                      1kH            ZQ S6 S
112.003  DISP         CH 1 AC-GND-DC  : DC
112.004  EVAL   Does {READY LED go out and a single sweep occur}?
113.001  5500         100mVpp                      1kH            ZQ S6 S
113.002  DISP         Press SINGL SWP push button in.
113.003  EVAL   Does {SINGLE SWEEP occur every time SINGL SWP is pushed}?
114.001  HEAD         VERTICAL POSITION RANGE AND CENTERING {(Channel 2)}
114.002  DISP         MAKE THE FOLLOWING CONNECTION...
114.002  DISP
114.002  DISP         5500 SCOPE OUTPUT ---------50 Ohm--CH 2 INPUT
114.003  DISP         VERT MODE       : CH 2
114.003  DISP         TRIG MODE       : AUTO
114.003  DISP         CH 2 VOLTS/DIV  : .1V
114.004  MESS         Slew amplitude for a 4.8 division display.
114.005  5500         480mVpp                      50kH           LS S6 N  L
114.006  DISP         CH 2 VOLTS/DIV : 20mV
114.007  MESS         Check : Top of display can be positioned down to center
114.007  MESS         graticule line or below  and bottom of display
114.007  MESS         can be positioned up to center graticule line or
114.007  MESS         above.
114.008  EVAL   Can {display be positioned to top and bottom of CRT}?
115.001  MESS
115.002  RSLT         = CHANNEL 2 TRANSIENT RESPONSE
115.003  HEAD         TRANSIENT RESPONSE:  {5 mV/div}
115.004  DISP         CH 2 VOLTS/DIV : 5mV
115.005  MESS         Slew amplitude for a 5 division display.
115.006  5500         25mVpp                       100kH          ED S6 N  L
115.007  MESS         Check that flat-top waveform is </= 4% (0.2 division)
115.007  MESS
115.008  EVAL   Is {flat-top waveform </= 4%}?
116.001  MESS
116.002  HEAD         TRANSIENT RESPONSE:  {10 mV/div}
116.003  DISP         CH 2 VOLTS/DIV : 10 mV
116.004  MESS         Slew amplitude for a 5 division display.
116.005  5500         50mVpp                       100kH          ED S6 N  L
116.006  MESS         Check that flat-top waveform is </= 4% (0.2 division)
116.006  MESS
116.007  EVAL   Is {flat-top waveform </= 4%}?
117.001  MESS
117.002  HEAD         TRANSIENT RESPONSE:  {20 mV/div}
117.003  DISP         CH 2 VOLTS/DIV : 20 mV
117.004  MESS         Slew amplitude for a 5 division display.
117.005  5500         100mVpp                      100kH          ED S6 N  L
117.006  MESS         Check that flat-top waveform is </= 4% (0.2 division)
117.006  MESS
117.007  EVAL   Is {flat-top waveform </= 4%}?
118.001  MESS
118.002  HEAD         {CHANNEL 2 BANDWIDTH}
118.003  ASK-                              U
118.004  DISP         CH 2 VOLTS/DIV : 5 mV
118.005  HEAD         BANDWIDTH: {5 mV/div}
118.006  MESS         Slew the amplitude for 5 divisions.
118.007  5500         25mVpp                       50kH           LS S6 N  L
118.008  MESS         Slew the frequency for 3.5 divisions.
118.009  5500         100MH          -1000%        mVpp           LS S6    L
119.001  HEAD         BANDWIDTH:  {10 mV/div}
119.002  DISP         CH 2 VOLTS/DIV : 10 mV
119.003  MESS         Slew the amplitude for 5 divisions.
119.004  5500         50mVpp                       50kH           LS S6 N  L
119.005  MESS         Slew the frequency for 3.5 divisions.
119.006  5500         100MH          -1000%        mVpp           LS S6    L
120.001  HEAD         BANDWIDTH:  {20 mV/div}
120.002  DISP         CH 2 VOLTS/DIV : 20 mV
120.003  MESS         Slew the amplitude for 5 divisions.
120.004  5500         100mVpp                      50kH           LS S6 N  L
120.005  MESS         Slew the frequency for 3.5 divisions.
120.006  5500         100MH          -1000%        mVpp           LS S6    L
121.001  HEAD         BANDWIDTH : {50 mV/div}
121.002  DISP         CH 2 VOLTS/DIV : 50 mV
121.003  MESS         Slew the amplitude for 5 divisions.
121.004  5500         250mVpp                      50kH           LS S6 N  L
121.005  MESS         Slew the frequency for 3.5 divisions.
121.006  5500         100MH          -1000%        mVpp           LS S6    L
122.001  HEAD         BANDWIDTH : {100 mV/div}
122.002  DISP         CH 2 VOLTS/DIV : 100 mV
122.003  MESS         Slew the amplitude for 5 divisions.
122.004  5500         500mVpp                      50kH           LS S6 N  L
122.005  MESS         Slew the frequency for 3.5 divisions.
122.006  5500         100MH          -1000%        mVpp           LS S6    L
123.001  HEAD         BANDWIDTH : {200 mV/div}
123.002  DISP         CH 2 VOLTS/DIV : 200 mV
123.003  MESS         Slew the amplitude for 5 divisions.
123.004  5500         1Vpp                         50kH           LS S6 N  L
123.005  MESS         Slew the frequency for 3.5 divisions.
123.006  5500         100MH          -1000%        Vpp            LS S6    L
124.001  HEAD         BANDWIDTH : {500 mV/div}
124.002  DISP         CH 2 VOLTS/DIV : 500 mV
124.003  MESS         Slew the amplitude for 5 divisions.
124.004  5500         2.5Vpp                       50kH           LS S6 N  L
124.005  MESS         Slew the frequency for 3.5 divisions.
124.006  5500         100MH          -1000%        Vpp            LS S6    L
125.001  MESS
125.002  ASK+                              U
125.003  HEAD         {CHANNEL 2 DEFLECTION FACTOR}
125.004  ASK+   R     N
125.005  DISP         MAKE THE FOLLOWING CONNECTION...
125.005  DISP
125.005  DISP         5500 SCOPE OUTPUT -----------CH 2 INPUT
125.006  HEAD         DEFLECTION FACTOR:  {5 mV/DIV}
125.007  5500   5     20mVpp         3%            1kH            ZQ S6
126.001  HEAD         DEFLECTION FACTOR:  {10 mV/DIV}
126.002  5500   10    50mVpp         3%            1kH            ZQ S6
127.001  HEAD         DEFLECTION FACTOR:  {100 mV/DIV}
127.002  5500   20    100mVpp        3%            1kH            ZQ S6
128.001  HEAD         DEFLECTION FACTOR:  {200 mV/DIV}
128.002  5500   50    200mVpp        3%            1kH            ZQ S6
129.001  HEAD         DEFLECTION FACTOR:  {.5 V/DIV}
129.002  5500   0.1   0.5Vpp         3%            1kH            ZQ S6
130.001  HEAD         DEFLECTION FACTOR:  {1 V/DIV}
130.002  5500   0.2   1Vpp           3%            1kH            ZQ S6
131.001  HEAD         DEFLECTION FACTOR:  {2 V/DIV}
131.002  5500   0.5   2Vpp           3%            1kH            ZQ S6
132.001  HEAD         DEFLECTION FACTOR:  {5 V/DIV}
132.002  5500   1     5Vpp           3%            1kH            ZQ S6
133.001  HEAD         DEFLECTION FACTOR:  {10 V/DIV}
133.002  5500   2     10Vpp          3%            1kH            ZQ S6
134.001  HEAD         DEFLECTION FACTOR:  {20 V/DIV}
134.002  5500   5     20Vpp          3%            1kH            ZQ S6
135.001  HEAD         {CHANNEL 2 VARIABLE VOLTS/DIV RANGE}
135.002  DISP         CH 2 VOLTS/DIV : 20 mV
135.003  5500         0.1Vpp                       1kH            ZQ S6 S
135.004  MESS         Check that the display reduces to less than 2 divisions
135.004  MESS         when the CH 2 VAR VOLTS/DlV control is rotated to its
135.004  MESS         extreme CCW position.
135.004  MESS
135.005  EVAL   Does {display reduce to <2 div with VAR fully CCW}?
136.001  MESS
136.002  DISP         Return CH 2 VARIABLE controls to CAL (in detent).
136.003  HEAD         {BEAM FIND}
136.004  ASK-   R     N
136.005  DISP         Push in and hold the BEAM FIND button.
136.006  MESS         Check that a compressed trace is visible regardless of
136.006  MESS         the settings of the:
136.006  MESS         CH 2 POSITION
136.006  MESS         INTENSITY
136.006  MESS         HORIZONTAL POSITION
136.006  MESS
136.007  EVAL   Is {compressed trace always visible}?
137.001  MESS
137.002  DISP         Return the Horizontal POSITION control and the INTENSITY
137.002  DISP         control to midrange.
137.002  DISP
137.002  DISP         While still holding the BEAM FIND button, vertically
137.002  DISP         position the trace to the center horizontal grat. line.
137.002  DISP         Release the BEAM FIND button.
137.003  EVAL   Does {trace remain within the graticule area}?
138.001  HEAD         {ADD MODE}
138.002  DISP         VOLTS/DIV (both)  : 5 mV
138.002  DISP         VERT MODE         : ADD
138.003  DISP         Connect the 5500 SCOPE OUTPUT to CH 1 & CH 2 inputs
138.003  DISP         via a 50 ohm BNC cable and a dual-input coupler.
138.004  5500         10mVpp                       1kH            ZQ S6 S  L
138.005  EVAL   Is {ADD display approximately 4 divisions in amplitude}?
139.001  HEAD         {INVERT MODE}
139.002  DISP         CH 2 INVERT : ON (push button in)
139.003  5500         10mVpp                       1kH            ZQ S6 S  L
139.004  EVAL   Is {INVERT display approximately zero divisions in amplitude}?
140.001  HEAD         {A INTERNAL TRIGGERING}
140.002  PIC          55scct3
140.003  DISP         VERT MODE             : CH 1
140.003  DISP         INVERT                : OUT
140.003  DISP         A & B TRIGGER SOURCE  : NORM
140.003  DISP         DELAY TIME POSITION   : FULLY CCW
140.003  DISP         A & B TIME/DIV        : 5 uS
140.004  HEAD         A INTERNAL TRIGGERING:  {AC COUPLING / NORM}
140.005  MESS         Slew amplitude for a 3 division display.
140.006  5500         150mVpp                      50kH           LS S6 N  L
140.007  MESS
140.008  MATH         M[1] = MEM
140.009  DISP         VOLTS/DIV (both) : 50 mV
140.010  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
141.001  HEAD         A INTERNAL TRIGGERING:  {AC COUPLING / CH 1}
141.002  DISP         A TRIGGER SOURCE : CH 1
141.003  MATH         MEM = M[1]
141.004  5500         50kH                         mVpp           LS S6 S  L
141.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
142.001  HEAD         A INTERNAL TRIGGERING:  {AC COUPLING / CH 2}
142.002  DISP         A TRIGGER SOURCE : CH 2
142.003  MATH         MEM = M[1]
142.004  5500         50kH                         mVpp           LS S6 S  L
142.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
143.001  HEAD         A INTERNAL TRIGGERING:  {DC COUPLING / CH 2}
143.002  DISP         A TRIGGER COUPLING : DC
143.003  MATH         MEM = M[1]
143.004  5500         50kH                         mVpp           LS S6 S  L
143.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
144.001  HEAD         A INTERNAL TRIGGERING:  {DC COUPLING / CH 1}
144.002  DISP         A TRIGGER SOURCE : CH 1
144.003  MATH         MEM = M[1]
144.004  5500         50kH                         mVpp           LS S6 S  L
144.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
145.001  HEAD         A INTERNAL TRIGGERING:  {DC COUPLING / NORM}
145.002  DISP         A TRIGGER SOURCE : NORM
145.003  MATH         MEM = M[1]
145.004  5500         50kH                         mVpp           LS S6 S  L
145.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
146.001  HEAD         A INTERNAL TRIGGERING:  {LF REJ / NORM}
146.002  DISP         VOLTS/DIV (Both)    : 5 mV
146.002  DISP         A TRIGGER COUPLING  : LF REJ
146.003  MESS         Slew amplitude for a 5 division display.
146.004  5500         250mVpp                      50kH           LS S6 N  L
146.005  MESS
146.006  MATH         M[1] = MEM
146.007  DISP         VOLTS/DIV (both) : 50 mV
146.008  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
147.001  HEAD         A INTERNAL TRIGGERING:  {LF REJ COUPLING / CH 1}
147.002  DISP         A TRIGGER SOURCE : CH 1
147.003  MATH         MEM = M[1]
147.004  5500         50kH                         mVpp           LS S6 S  L
147.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
148.001  HEAD         A INTERNAL TRIGGERING:  {LF REJ COUPLING / CH 2}
148.002  DISP         A TRIGGER SOURCE : CH 2
148.003  MATH         MEM = M[1]
148.004  5500         50kH                         mVpp           LS S6 S  L
148.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
149.001  HEAD         A INTERNAL TRIGGERING:  {HF REJ COUPLING / CH 2}
149.002  DISP         A TRIGGER COUPLING : HF REJ
149.003  MATH         MEM = M[1]
149.004  5500         50kH                         mVpp           LS S6 S  L
149.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
150.001  HEAD         A INTERNAL TRIGGERING:  {HF REJ COUPLING / CH 1}
150.002  DISP         A TRIGGER SOURCE : CH 1
150.003  MATH         MEM = M[1]
150.004  5500         50kH                         mVpp           LS S6 S  L
150.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
151.001  HEAD         A INTERNAL TRIGGERING:  {HF REJ COUPLING / NORM}
151.002  DISP         A TRIGGER SOURCE : NORM
151.003  MATH         MEM = M[1]
151.004  5500         50kH                         mVpp           LS S6 S  L
151.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
152.001  HEAD         {A EXTERNAL TRIGGERING}
152.002  DISP         CH 1 VOLTS/DIV          : 20 mV
152.002  DISP         TRIGGER SOURCE (both)   : EXT TRIGGER
152.002  DISP         TRIGGER COUPLING (both) : AC
152.002  DISP         HORIZ DISPLAY           : A
152.003  MESS         Slew amplitude for a 5 division display.
152.004  5500         1Vpp                         50kH           LS S6 N  L
152.005  MESS
152.006  MATH         M[1] = MEM
152.007  HEAD         A EXTERNAL TRIGGERING:  {AC COUPLING}
152.008  MATH         MEM = M[1]
152.009  5500         50kH                         Vpp            LS S6 S  L
152.010  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
153.001  HEAD         A EXTERNAL TRIGGERING:  {DC COUPLING}
153.002  DISP         A TRIGGER COUPLING : DC
153.003  MATH         MEM = M[1]
153.004  5500         50kH                         Vpp            LS S6 S  L
153.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
154.001  HEAD         A EXTERNAL TRIGGERING:  {LF REJ COUPLING}
154.002  DISP         Remove the 2X ATTENUATOR.
154.003  DISP         A TRIGGER COUPLING : LF REJ
154.004  MATH         MEM = M[1]
154.005  5500         50kH                         Vpp            LS S6 S  L
154.006  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
155.001  HEAD         A EXTERNAL TRIGGERING:  {HF REJ COUPLING}
155.002  DISP         A TRIGGER COUPLING : HF REJ
155.003  MATH         MEM = M[1]
155.004  5500         50kH                         Vpp            LS S6 S  L
155.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
156.001  HEAD         A EXTERNAL TRIGGERING:  {DC COUPLING / EXT/10}
156.002  DISP         Replace the 2X ATTENUATOR.
156.002  DISP         Remove the 10X ATTENUATOR.
156.003  DISP         A TRIGGER SOURCE    : EXT/10
156.003  DISP         A TRIGGER COUPLING  : DC
156.004  MATH         MEM = M[1]
156.005  5500         50kH                         Vpp            LS S6 S  L
156.006  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
157.001  HEAD         A EXTERNAL TRIGGERING:  {AC COUPLING / EXT/10}
157.002  DISP         A TRIGGER COUPLING : AC
157.003  MATH         MEM = M[1]
157.004  5500         50kH                         Vpp            LS S6 S  L
157.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
158.001  HEAD         A EXTERNAL TRIGGERING:  {HF REJECT COUPLING / EXT/10}
158.002  DISP         Remove the 2X ATTENUATOR.
158.003  DISP         A TRIGGER COUPLING : HF REJ
158.004  MATH         MEM = M[1]
158.005  5500         50kH                         Vpp            LS S6 S  L
158.006  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
159.001  HEAD         A EXTERNAL TRIGGERING:  {LF REJECT COUPLING / EXT/10}
159.002  DISP         A TRIGGER COUPLING : LF REJ
159.003  MATH         MEM = M[1]
159.004  5500         50kH                         Vpp            LS S6 S  L
159.005  EVAL   Can {stable display be obtained by adjusting A TRIG LEVEL}?
160.001  HEAD         B INTERNAL TRIGGERING:  {AC COUPLING / NORM}
160.002  DISP         Replace the 2X ATTENUATOR.
160.002  DISP         Replace the 10X ATTENUATOR.
160.003  DISP         VOLTS/DIV (both)     : 5 mV
160.003  DISP         HORIZ DISPLAY        : B DLY'D
160.003  DISP         A & B TRIGGER SOURCE : NORM
160.003  DISP         A TRIGGER LEVEL      : Fully CW
160.004  MESS         Slew amplitude for a 3 division display.
160.005  5500         150mVpp                      50kH           LS S6 N  L
160.006  MESS
160.007  MATH         M[1] = MEM
160.008  DISP         VOLTS/DIV (both) : 50 mV
160.009  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
161.001  HEAD         B INTERNAL TRIGGERING:  {AC COUPLING / CH 1}
161.002  DISP         B TRIGGER SOURCE : CH 1
161.003  MATH         MEM = M[1]
161.004  5500         50kH                         mVpp           LS S6 S  L
161.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
162.001  HEAD         B INTERNAL TRIGGERING:  {AC COUPLING / CH 2}
162.002  DISP         B TRIGGER SOURCE : CH 2
162.003  MATH         MEM = M[1]
162.004  5500         50kH                         mVpp           LS S6 S  L
162.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
163.001  HEAD         B INTERNAL TRIGGERING:  {DC COUPLING / CH 2}
163.002  DISP         B TRIGGER COUPLING : DC
163.003  MATH         MEM = M[1]
163.004  5500         50kH                         mVpp           LS S6 S  L
163.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
164.001  HEAD         B INTERNAL TRIGGERING:  {DC COUPLING / CH 1}
164.002  DISP         B TRIGGER SOURCE : CH 1
164.003  MATH         MEM = M[1]
164.004  5500         50kH                         mVpp           LS S6 S  L
164.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
165.001  HEAD         B INTERNAL TRIGGERING:  {DC COUPLING / NORM}
165.002  DISP         B TRIGGER SOURCE : NORM
165.003  MATH         MEM = M[1]
165.004  5500         50kH                         mVpp           LS S6 S  L
165.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
166.001  HEAD         B INTERNAL TRIGGERING:  {LF REJ / NORM}
166.002  DISP         VOLTS/DIV (Both)   : 5 mV
166.002  DISP         B TRIGGER COUPLING : LF REJ
166.003  MESS         Slew amplitude for a 5 division display.
166.004  5500         250mVpp                      50kH           LS S6 N  L
166.005  MESS
166.006  MATH         M[1] = MEM
166.007  DISP         VOLTS/DIV (both) : 50 mV
166.008  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
167.001  HEAD         B INTERNAL TRIGGERING:  {LF REJ COUPLING / CH 1}
167.002  DISP         B TRIGGER SOURCE : CH 1
167.003  MATH         MEM = M[1]
167.004  5500         50kH                         mVpp           LS S6 S  L
167.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
168.001  HEAD         B INTERNAL TRIGGERING:  {LF REJ COUPLING / CH 2}
168.002  DISP         B TRIGGER SOURCE : CH 2
168.003  MATH         MEM = M[1]
168.004  5500         50kH                         mVpp           LS S6 S  L
168.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
169.001  HEAD         B INTERNAL TRIGGERING:  {HF REJ COUPLING / CH 2}
169.002  DISP         B TRIGGER COUPLING : HF REJ
169.003  MATH         MEM = M[1]
169.004  5500         50kH                         mVpp           LS S6 S  L
169.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
170.001  HEAD         B INTERNAL TRIGGERING:  {HF REJ COUPLING / CH 1}
170.002  DISP         B TRIGGER SOURCE : CH 1
170.003  MATH         MEM = M[1]
170.004  5500         50kH                         mVpp           LS S6 S  L
170.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
171.001  HEAD         B INTERNAL TRIGGERING:  {HF REJ COUPLING / NORM}
171.002  DISP         B TRIGGER SOURCE : NORM
171.003  MATH         MEM = M[1]
171.004  5500         50kH                         mVpp           LS S6 S  L
171.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
172.001  HEAD         {B EXTERNAL TRIGGERING}
172.002  DISP         CH 1 VOLTS/DIV          : 20 mV
172.002  DISP         TRIGGER SOURCE (both)   : EXT TRIGGER
172.002  DISP         TRIGGER COUPLING (both) : AC
172.003  HEAD         B EXTERNAL TRIGGERING:  {AC COUPLING}
172.004  MESS         Slew amplitude for a 5 division display.
172.005  5500         1Vpp                         50kH           LS S6 N  L
172.006  MESS
172.007  MATH         M[1] = MEM
172.008  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
173.001  HEAD         B EXTERNAL TRIGGERING:  {DC COUPLING}
173.002  DISP         B TRIGGER COUPLING : DC
173.003  MATH         MEM = M[1]
173.004  5500         50kH                         Vpp            LS S6 S  L
173.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
174.001  HEAD         B EXTERNAL TRIGGERING:  {LF REJ COUPLING}
174.002  DISP         Remove the 2X ATTENUATOR.
174.003  DISP         B TRIGGER COUPLING : LF REJ
174.004  MATH         MEM = M[1]
174.005  5500         50kH                         Vpp            LS S6 S  L
174.006  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
175.001  HEAD         B EXTERNAL TRIGGERING:  {HF REJ COUPLING}
175.002  DISP         B TRIGGER COUPLING : HF REJ
175.003  MATH         MEM = M[1]
175.004  5500         50kH                         Vpp            LS S6 S  L
175.005  EVAL   Can {stable display be obtained by adjusting B TRIG LEVEL}?
176.001  DISP         Remove all connections between the 5500-SC and UUT
176.002  HEAD         {CHANNEL 1 VOLTS/DIVISION COMPENSATION}
176.003  DISP         VERT MODE          : CH 1
176.003  DISP         VOLTS/DIV (both)   : 5 mV
176.003  DISP         HORIZ DISPLAY      : A
176.003  DISP         A TRIGGER COUPLING : AC
176.003  DISP         A TRIGGER SOURCE   : NORM
176.003  DISP         A TIME/DIV         : 0.2 mS
176.004  DISP         Connect a 10X probe to the CH 1 input connector
176.004  DISP         (note that the VOLTS/DIV Scale-Factor switching LED
176.004  DISP         indicates 50 mV).
176.004  DISP
176.004  DISP         Connect the 5500 SCOPE OUTPUT to a the 10X probe tip
176.004  DISP         using a BNC-to-probe tip adapter.
176.005  HEAD         VOLTS/DIVISION COMPENSATION:  {50 mV/div}
176.006  5500         250mVpp                      1kH            ZQ S6 S
176.007  DISP         Adjust the probe compensation for the best flat-top
176.007  DISP         waveform.  DO NOT re-adjust the probe compensation
176.007  DISP         for the remainder of this test.
176.008  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
176.008  MESS
176.009  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
177.001  MESS
177.002  HEAD         VOLTS/DIVISION COMPENSATION:  {100 mV/div}
177.003  DISP         CH 1 VOLTS/DIV : 10 mV / 100 mV
177.004  5500         500mVpp                      1kH            ZQ S6 S
177.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
177.005  MESS
177.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
178.001  MESS
178.002  HEAD         VOLTS/DIVISION COMPENSATION:  {200 mV/div}
178.003  DISP         CH 1 VOLTS/DIV : 20 mV / 200 mV
178.004  5500         1Vpp                         1kH            ZQ S6 S
178.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
178.005  MESS
178.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
179.001  MESS
179.002  HEAD         VOLTS/DIVISION COMPENSATION:  {500 mV/div}
179.003  DISP         CH 1 VOLTS/DIV : 50 mV / 500 mV
179.004  5500         2.5Vpp                       1kH            ZQ S6 S
179.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
179.005  MESS
179.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
180.001  MESS
180.002  HEAD         VOLTS/DIVISION COMPENSATION:  {1 V/div}
180.003  DISP         CH 1 VOLTS/DIV : 100 mV / 1 V
180.004  5500         5Vpp                         1kH            ZQ S6 S
180.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
180.005  MESS
180.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
181.001  MESS
181.002  HEAD         VOLTS/DIVISION COMPENSATION:  {2 V/div}
181.003  DISP         CH 1 VOLTS/DIV : 200 mV / 2 V
181.004  5500         10Vpp                        1kH            ZQ S6 S
181.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
181.005  MESS
181.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
182.001  MESS
182.002  HEAD         VOLTS/DIVISION COMPENSATION:  {5 V/div}
182.003  DISP         CH 1 VOLTS/DIV : 500 mV / 5 V
182.004  5500         25Vpp                        1kH            ZQ S6 S
182.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
182.005  MESS
182.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
183.001  MESS
183.002  HEAD         {CHANNEL 2 VOLTS/DIVISION COMPENSATION}
183.003  DISP         VERTICAL MODE : CH 2
183.004  DISP         Connect a 10X probe to the CH 2 input connector
183.004  DISP         (note that the VOLTS/DIV Scale-Factor switching LED
183.004  DISP         indicates 50 mV).
183.004  DISP
183.004  DISP         Connect the 5500 SCOPE OUTPUT to a the 10X probe tip
183.004  DISP         using a BNC-to-probe tip adapter.
183.005  HEAD         VOLTS/DIVISION COMPENSATION:  {50 mV/div}
183.006  5500         250mVpp                      1kH            ZQ S6 S
183.007  DISP         Adjust the probe compensation for the best flat-top
183.007  DISP         waveform.  DO NOT re-adjust the probe compensation
183.007  DISP         for the remainder of this test.
183.008  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
183.008  MESS
183.009  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
184.001  MESS
184.002  HEAD         VOLTS/DIVISION COMPENSATION:  {100 mV/div}
184.003  DISP         CH 2 VOLTS/DIV : 10 mV / 100 mV
184.004  5500         500mVpp                      1kH            ZQ S6 S
184.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
184.005  MESS
184.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
185.001  MESS
185.002  HEAD         VOLTS/DIVISION COMPENSATION:  {200 mV/div}
185.003  DISP         CH 2 VOLTS/DIV : 20 mV / 200 mV
185.004  5500         1Vpp                         1kH            ZQ S6 S
185.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
185.005  MESS
185.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
186.001  MESS
186.002  HEAD         VOLTS/DIVISION COMPENSATION:  {500 mV/div}
186.003  DISP         CH 2 VOLTS/DIV : 50 mV / 500 mV
186.004  5500         2.5Vpp                       1kH            ZQ S6 S
186.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
186.005  MESS
186.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
187.001  MESS
187.002  HEAD         VOLTS/DIVISION COMPENSATION:  {1 V/div}
187.003  DISP         CH 2 VOLTS/DIV : 100 mV / 1 V
187.004  5500         5Vpp                         1kH            ZQ S6 S
187.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
187.005  MESS
187.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
188.001  MESS
188.002  HEAD         VOLTS/DIVISION COMPENSATION:  {2 V/div}
188.003  DISP         CH 2 VOLTS/DIV : 200 mV / 2 V
188.004  5500         10Vpp                        1kH            ZQ S6 S
188.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
188.005  MESS
188.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
189.001  MESS
189.002  HEAD         VOLTS/DIVISION COMPENSATION:  {5 V/div}
189.003  DISP         CH 2 VOLTS/DIV : 500 mV / 5 V
189.004  5500         25Vpp                        1kH            ZQ S6 S
189.005  MESS         Check that rounding and overshoot is +/- 3% (0.15 div).
189.005  MESS
189.006  EVAL   Is {rounding and overshoot within 3% (0.15 division)}?
190.001  MESS
190.002  HEAD         {TRIGGER VIEW CENTERING AND GAIN}
190.003  DISP         MAKE THE FOLLOWING CONNECTION...
190.003  DISP
190.003  DISP         5500 SCOPE OUTPUT ------- A EXTERNAL TRIG INPUT
190.004  DISP         VERT MODE          : A TRIG VIEW
190.004  DISP         A TIME/DIV         : 0.2 mS
190.004  DISP         A TRIGGER COUPLING : DC
190.004  DISP         A TRIGGER SOURCE   : EXT
190.004  DISP         A TRIG MODE        : AUTO
190.005  HEAD         TRIGGER VIEW CENTERING AND GAIN:  {EXT}
190.006  MESS         Slew amplitude for a 5 division display
190.007  5500         0.5Vpp         5%            1kH            ZQ S6
191.001  5500         0.5Vpp                       1kH            ZQ S6 S
191.002  MESS         Check that display will trigger symmetrically within
191.002  MESS         one graticule division when the A TRIGGER SLOPE is
191.002  MESS         switched between + and -.
191.002  MESS
191.003  EVAL   Will {display trigger sym. within 1 div between + & - slopes}?
192.001  MESS
192.002  HEAD         TRIGGER VIEW CENTERING AND GAIN:  {EXT/10}
192.003  DISP         A TRIGGER SOURCE : EXT/10
192.004  MESS         Slew amplitude for a 5 division display
192.005  5500         5Vpp           5%            1kH            ZQ S6
193.001  RSLT         = TRIGGER VIEW LOW-FREQUENCY COMPENSATION
193.002  HEAD         TRIGGER VIEW LOW-FREQUENCY COMPENSATION:  {EXT/10}
193.003  DISP         A TIME/DIV       : 0.1 mS
193.004  5500         5Vpp                         1kH            ZQ S6 S
193.005  EVAL   Is {square wave overshoot or rounding <10%}?
194.001  MESS
194.002  HEAD         TRIGGER VIEW LOW-FREQUENCY COMPENSATION:  {EXT}
194.003  DISP         MAKE THE FOLLOWING CONNECTION...
194.003  DISP
194.003  DISP         5500 SCOPE OUTPUT ---------50 Ohm--A EXTERNAL TRIG INPUT
194.004  DISP         A TIME/DIV       : 0.2 mS
194.004  DISP         A TRIGGER SOURCE : EXT
194.005  5500         0.5Vpp                       1kH            ZQ S6 S  L
194.006  EVAL   Is {square wave overshoot or rounding <10%}?
195.001  HEAD         {TRIGGER VIEW HIGH-FREQUENCY COMPENSATION}
195.002  MESS         Slew amplitude for a 5 division display
195.003  5500         0.5Vpp                       100kH          ED S6 N  L
195.004  MESS         Check that square wave front-corner aberration is
195.004  MESS         <10% (+/- 0.5 divisions).
195.004  MESS
195.005  EVAL   Are {aberrations <10% (+/- 0.5 divisions}?
196.001  MESS
196.002  HEAD         {ZERO TRIGGER VIEW DELAY}
196.003  DISP         Connect the 5500 SCOPE OUTPUT via a BNC T connector,
196.003  DISP         two equal length 50 Ohm BNC cables, and 50 Ohm terms;
196.003  DISP         one to the CH 1 input connector, and one to the
196.003  DISP         A External Trigger input connector.
196.004  DISP         VERT MODE          : CH 1 and A TRIG VIEW
196.004  DISP         A TIME/DlV         : 0.02 uS
196.004  DISP         X10 MAG            : On (button in)
196.004  DISP         A TRIGGER COUPLING : AC
196.004  DISP         CH 1 VOLTS/DIV     : 0.1 V
196.005  HEAD         ZERO TRIGGER VIEW DELAY:  {A SWEEP}
196.006  ASK-                              U
196.007  5500         0.6Vpp                       40MH           LS S6 S  L
196.008  DISP         Adjust CH 1 VAR and VOLTS/DIV to match the amplitude
196.008  DISP         of the CH 1 Display to the amplitude of the
196.008  DISP         A TRIG VIEW Display.
196.009  MESS         Check that time difference (with displays superimposed)
196.009  MESS         is </= 0.15 horizontal graticule divisions.
196.009  MESS
196.010  EVAL   Is {time difference </= 0.15 horizontal graticule divisions}?
197.001  MESS
197.002  HEAD         ZERO TRIGGER VIEW DELAY:  {B DLY'D}
197.003  DISP         HORIZ DISPLAY      :  B DLY'D
197.003  DISP         B TRIGGER SOURCE   : NORM
197.003  DISP         B TRIGGER COUPLING : AC
197.003  DISP         A TIME/DlV         : 0.2 uS
197.003  DISP         B TIME/DIV         : 0.02 uS
197.004  5500         0.6Vpp                       40MH           LS S6 S  L
197.005  MESS         Check that time difference (with displays superimposed)
197.005  MESS         is </= 0.15 horizontal graticule divisions.
197.005  MESS
197.006  EVAL   Is {time difference </= 0.15 horizontal graticule divisions}?
198.001  MESS
198.002  DISP         Remove all connections between the 5500-SC and UUT
198.003  ASK+                              U
198.004  HEAD         {ALT HORIZONTAL DISPLAY TRACE SEPARATION}
198.005  DISP         B TRIGGER SOURCE   : STARTS AFTER DELAY
198.005  DISP         HORIZ DISPLAY      : A INTEN
198.005  DISP         X10 MAG            : Off (button out)
198.005  DISP         A TIME/DIV         : 1 mS
198.005  DISP         B TIME/DIV         : .1 mS
198.005  DISP         B INTENSITY        : As required for visible display
198.006  DISP         Use CH 1 Vertical POSITION control to align the trace
198.006  DISP         with the center horizontal graticule line.
198.006  DISP
198.007  DISP         HORIZONTAL DISPLAY : ALT
198.008  MESS         Check that the TRACE SEP control will
198.008  MESS         move the B trace at least +/-4 vertical
198.008  MESS         divisions from the center graticule line
198.008  MESS         with A trace centered.
198.009  EVAL   Can {B trace be separated > +/-4 division from A trace}?
199.001  MESS
199.002  HEAD         {A INTEN AND B ENDS A OPERATION}
199.003  DISP         DELAY TIME POSITION : About 5.00
199.004  EVAL   Is {approx. 1 division of trace intensified}?
200.001  DISP         A TRIGGER HOLDOFF : CW to B ENDS A position (in detent)
200.002  EVAL   Does {trace end at the end of intensified portion}?
201.001  END