Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: HP 54603A: (1 year) CAL VER /5800 DATE: 27-Aug-98 AUTHOR: Fluke Corporation REVISION: $Revision: 1.1 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 25 NUMBER OF LINES: 296 CONFIGURATION: Fluke 5800A ============================================================================= # # Source: Hewlett Packard 54600-Series User and Service Guide, June 1992 # # Compatibility: MET/CAL 5.0 or later # # Subprocedures: None # # Required Files: None # # System Specifications: # TUR calculation is based on specification interval of the accuracy file. # The default 5800A 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 ASK- R N J F W 1.002 ASK+ D 1.003 HEAD PRELIMINARY INSTRUCTIONS 1.004 DISP Warm-up time: 30 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 DISP This procedure requires the following... 1.007 DISP 1.007 DISP Digital Multimeter; 0.1% mV resolution, 0.01% accuracy 1.007 DISP Power Splitter; output difference of <0.15 dB 1.008 HEAD {DC CALIBRATOR} 1.009 DISP Connect the multimeter to the rear panel DC Calibrator. 1.010 DISP Press PRINT/UTILITY 1.010 DISP 1.010 DISP Press the Self Test softkey, then press the DAC softkey. 1.011 HEAD DC CALIBRATOR: {Low Level} 1.012 EVAL Is the {DC Calibrator output 0.00 VDC +/-500 uV}? 2.001 HEAD DC CALIBRATOR: {High Level} 2.002 DISP Press any key to continue the test. 2.003 EVAL Is the {DC Calibrator output 5.00 VDC +/-10 mV}? 3.001 HEAD {VOLTAGE MEASUREMENT ACCURACY} 3.002 MATH M[100] = 1 3.003 LABEL VOLATAGE_MEASUREMENT_ACCURACY 3.004 RSLT =CH [M100] 3.005 DISP MAKE THE FOLLOWING CONNECTION... 3.005 DISP 3.005 DISP 5800A SCOPE OUTPUT CH 1 ----------- CH [M100] INPUT 3.006 JMPL CH2_VOLTAGE_MEASUREMENT M[100] == 2 3.007 DISP Press SETUP, then press the Default Setup softkey. 3.007 DISP 3.008 DISP Press VOLTAGE, then press the V avg softkey. 3.009 DISP Set the Volts/Div to 5 V/div. 3.010 DISP Adjust the CH [M100] Position knob to place the baseline 3.010 DISP near (but not at) the bottom of the display. 3.011 DISP Press CURSORS, then press the V1 softkey. 3.012 5800 0V S6 S 3.013 DISP Using the cursors knob, set V1 cursor on the baseline. 3.013 DISP 3.013 DISP If you are in an electrically noisy environment, 3.013 DISP it can help to place a shorting cap on the input BNC 3.013 DISP connector when positioning V1. 3.014 HEAD VOLTAGE MEASUREMENT ACCURACY: {5 V/div} 3.015 5800 35V S6 S 3.016 DISP Press the V2 softkey, then position the V2 cursor 3.016 DISP to the baseline. 3.017 EVAL Is {Delta V readout between 34.140 and 35.860 V}? 4.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {2 V/div} 4.002 DISP Set the Volts/Div to 2 V/div. 4.003 5800 0V S6 S 4.004 DISP Using the cursors knob, set V1 cursor on the baseline. 4.004 DISP 4.005 5800 14V S6 S 4.006 DISP Press the V2 softkey, then position the V2 cursor 4.006 DISP to the baseline. 4.007 EVAL Is {Delta V readout between 13.656 and 14.344 V}? 5.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {1 V/div} 5.002 DISP Set the Volts/Div to 1 V/div. 5.003 5800 0V S6 S 5.004 DISP Using the cursors knob, set V1 cursor on the baseline. 5.004 DISP 5.005 5800 7V S6 S 5.006 DISP Press the V2 softkey, then position the V2 cursor 5.006 DISP to the baseline. 5.007 EVAL Is {Delta V readout between 6.828 and 7.172V}? 6.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {0.5 V/div} 6.002 DISP Set the Volts/Div to 0.5 V/div. 6.003 5800 0V S6 S 6.004 DISP Using the cursors knob, set V1 cursor on the baseline. 6.004 DISP 6.005 5800 3.5V S6 S 6.006 DISP Press the V2 softkey, then position the V2 cursor 6.006 DISP to the baseline. 6.007 EVAL Is {Delta V readout between 3.414 and 3.586 V}? 7.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {0.2 V/div} 7.002 DISP Set the Volts/Div to 0.2 V/div. 7.003 5800 0V S6 S 7.004 DISP Using the cursors knob, set V1 cursor on the baseline. 7.004 DISP 7.005 5800 1.4V S6 S 7.006 DISP Press the V2 softkey, then position the V2 cursor 7.006 DISP to the baseline. 7.007 EVAL Is {Delta V readout between 1.3656 and 1.4344V}? 8.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {0.1 V/div} 8.002 DISP Set the Volts/Div to 0.1 V/div. 8.003 5800 0V S6 S 8.004 DISP Using the cursors knob, set V1 cursor on the baseline. 8.004 DISP 8.005 5800 700mV S6 S 8.006 DISP Press the V2 softkey, then position the V2 cursor 8.006 DISP to the baseline. 8.007 EVAL Is {Delta V readout between 682.8 and 717.2 mV}? 9.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {50 mV/div} 9.002 DISP Set the Volts/Div to 50 mV/div. 9.003 5800 0V S6 S 9.004 DISP Using the cursors knob, set V1 cursor on the baseline. 9.004 DISP 9.005 5800 350mV S6 S 9.006 DISP Press the V2 softkey, then position the V2 cursor 9.006 DISP to the baseline. 9.007 EVAL Is {Delta V readout between 341.4 and 358.6 mV}? 10.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {20 mV/div} 10.002 DISP Set the Volts/Div to 20 mV/div. 10.003 5800 0V S6 S 10.004 DISP Using the cursors knob, set V1 cursor on the baseline. 10.004 DISP 10.005 5800 140mV S6 S 10.006 DISP Press the V2 softkey, then position the V2 cursor 10.006 DISP to the baseline. 10.007 EVAL Is {Delta V readout between 135.56 and 143.44 mV}? 11.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {10 mV/div} 11.002 DISP Set the Volts/Div to 10 mV/div. 11.003 5800 0V S6 S 11.004 DISP Using the cursors knob, set V1 cursor on the baseline. 11.004 DISP 11.005 5800 70mV S6 S 11.006 DISP Press the V2 softkey, then position the V2 cursor 11.006 DISP to the baseline. 11.007 EVAL Is {Delta V readout between 68.26 and 71.72 mV}? 12.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {5 mV/div} 12.002 DISP Set the Volts/Div to 5 mV/div. 12.003 5800 0V S6 S 12.004 DISP Using the cursors knob, set V1 cursor on the baseline. 12.004 DISP 12.005 5800 35mV S6 S 12.006 DISP Press the V2 softkey, then position the V2 cursor 12.006 DISP to the baseline. 12.007 EVAL Is {Delta V readout between 33.98 and 36.02 mV}? 13.001 HEAD VOLTAGE MEASUREMENT ACCURACY: {2 mV/div} 13.002 DISP Set the Volts/Div to 2 mV/div. 13.003 5800 0V S6 S 13.004 DISP Using the cursors knob, set V1 cursor on the baseline. 13.004 DISP 13.005 5800 14mV S6 S 13.006 DISP Press the V2 softkey, then position the V2 cursor 13.006 DISP to the baseline. 13.007 EVAL Is {Delta V readout between 13.40 and 14.60 mV}? 14.001 MATH M[100] = M[100] + 1 14.002 JMPL EXIT_VOLTAGE_MEASUREMENT M[100] == 3 14.003 JMPL VOLATAGE_MEASUREMENT_ACCURACY 14.004 LABEL CH2_VOLTAGE_MEASUREMENT 14.005 5800 1.0V S6 S 14.006 DISP Press AUTOSCALE 14.006 DISP 14.007 5800 * S 14.008 JMP 3.008 14.009 LABEL EXIT_VOLTAGE_MEASUREMENT 14.010 HEAD {BANDWIDTH} 14.011 MATH M[100] = 1 14.012 LABEL BANDWIDTH 14.013 RSLT =CH [M100] 14.014 DISP MAKE THE FOLLOWING CONNECTION... 14.014 DISP 14.014 DISP 5800A SCOPE OUTPUT CH 1 ------50 Ohm--CH [M100] INPUT 14.015 5800 800mVpp 250kH LS S6 S L 14.016 DISP Press AUTOSCALE. 14.017 MESS Slew the amplitude for 8 divisions. 14.018 5800 800mVpp 250kH LS S6 N L 14.019 DISP Change the Sweep Speed to 5 nS. 14.019 DISP 14.020 MESS Slew the frequency for 5.66 divisions. 14.021 5800 60MH -1000% mVpp LS S6 L 15.001 MATH M[100] = M[100] + 1 15.002 JMPL BANDWIDTH M[100] == 2 15.003 MESS 15.004 ASK+ U 15.005 HEAD {HORIZONTAL DELTA T AND 1/DELTA T ACCURACY} 15.006 DISP MAKE THE FOLLOWING CONNECTION... 15.006 DISP 15.006 DISP 5800A SCOPE OUTPUT CH 1 ----------50 Ohm--CH 1 INPUT 15.007 HEAD HORIZONTAL DELTA T AND 1/DELTA T ACCURACY: {20 uS/div} 15.008 5800 0.1mT M1 S6 S L 15.009 DISP Press SETUP, then press the Default Setup softkey. 15.009 DISP 15.009 DISP Press AUTOSCALE. 15.010 DISP Set the time base to 20 uS/div. 15.011 DISP Adjust the trigger level to obtain a stable display. 15.011 DISP 15.012 DISP Press TIME, then press the Freq and Period softkeys. 15.013 EVAL Is {Frequency readout between 9.899 and 10.10 kHz}? 16.001 5800 0.1mT M1 S6 S L 16.002 EVAL Is {Period readout between 98.98 and 101.01 uS}? 17.001 HEAD HORIZONTAL DELTA T AND 1/DELTA T ACCURACY: {200 nS/div} 17.002 5800 1uT M1 S6 S L 17.003 DISP Set the time base to 200 nS/div. 17.004 DISP Adjust the trigger level to obtain a stable display. 17.004 DISP 17.005 EVAL Is {Frequency readout between 989.8 kHz and 1.0104 MHz}? 18.001 5800 1uT M1 S6 S L 18.002 EVAL Is {Period readout between 989.7 ns and 1.010 uS}? 19.001 HEAD HORIZONTAL DELTA T AND 1/DELTA T ACCURACY: {5 nS/div} 19.002 5800 10nT M4 S6 S L 19.003 DISP Set the time base to 5 nS/div. 19.004 DISP Set the Volts/Div to 0.5 V/div. 19.005 DISP Use the Position control to center the signal. 19.006 DISP Adjust the trigger level to obtain a stable display. 19.006 DISP 19.007 EVAL Is {Frequency readout between 97.078 and 103.1 MHz}? 20.001 5800 10nT M4 S6 S L 20.002 EVAL Is {Period readout between 9.699 and 10.30 nS}? 21.001 MATH M[100] = 1 21.002 ASK- U 21.003 LABEL INTERNAL_TRIGGER_SENSITIVITY 21.004 HEAD CH [M100] INTERNAL TRIGGER SENSITIVITY 21.005 JMPL CH2_INTERNAL_TRIGGER_SENSITIVITY M[100] == 2 21.006 DISP Press SETUP, then press the Default Setup softkey. 21.007 HEAD CH [M100] TRIGGER SENSITIVITY: {25 MHz @ 0.35 div}? 21.008 5800 50mVpp 25MH LS S6 S L 21.009 DISP Press AUTOSCALE. 21.010 DISP Set the Volts/Div to 0.1 V/div. 21.011 MESS Slew the amplitude for 0.35 divisions. 21.012 5800 50mVpp 25MH LS S6 N L 21.013 MESS Adjust Trigger Level if needed for a triggered display. 21.013 MESS 21.014 EVAL Will the {display trigger}? 22.001 MESS 22.002 HEAD CH [M100] TRIGGER SENSITIVITY: {100 MHz @ 1.0 div}? 22.003 5800 100mVpp 60MH LS S6 S L 22.004 DISP Press AUTOSCALE. 22.005 DISP Set the Volts/Div to 0.1 V/div. 22.006 MESS Slew the amplitude for 1.0 division. 22.007 5800 100mVpp 60MH LS S6 N L 22.008 MESS Adjust Trigger Level if needed for a triggered display. 22.008 MESS 22.009 EVAL Will the {display trigger}? 23.001 MESS 23.002 MATH M[100] = M[100] + 1 23.003 JMPL EXIT_INTERNAL_TRIGGER M[100] == 3 23.004 JMPL INTERNAL_TRIGGER_SENSITIVITY 23.005 LABEL CH2_INTERNAL_TRIGGER_SENSITIVITY 23.006 DISP MAKE THE FOLLOWING CONNECTION... 23.006 DISP 23.006 DISP 5800A SCOPE OUTPUT CH 1 ----------50 Ohm--CH 2 INPUT 23.007 JMP 21.006 23.008 LABEL EXIT_INTERNAL_TRIGGER 23.009 HEAD {EXTERNAL TRIGGER SENSITIVITY} 23.010 DISP Press SOURCE, then press the Ext softkey. 23.010 DISP 23.010 DISP Use a power Splitter to connect the 5800A SCOPE OUTPUT 23.010 DISP CH 1 to the CH 1 input & to the external trigger input. 23.011 HEAD EXTERNAL TRIGGER SENSITIVITY: {100 MHz @ 1 div} 23.012 5800 200mVpp 60MH LS S6 S L 23.013 MESS Adjust Trigger Level if needed for a triggered display. 23.013 MESS 23.014 EVAL Will the {display trigger}? 24.001 MESS 24.002 HEAD EXTERNAL TRIGGER SENSITIVITY: {25 MHz @ .5 div} 24.003 5800 100mVpp 25MH LS S6 S L 24.004 DISP Press AUTOSCALE. 24.005 MESS Adjust Trigger Level if needed for a triggered display. 24.005 MESS 24.006 EVAL Will the {display trigger}? 25.001 END