Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Tek THM 550: (1 yr) CAL VER /5520+SC300 INSTRUMENT: Tek THM 560: (1 yr) CAL VER /5520+SC300 INSTRUMENT: Tek THM 565: (1 yr) CAL VER /5520+SC300 INSTRUMENT: Tek THM 571: (1 yr) CAL VER /5520+SC300 DATE: 30-May-97 AUTHOR: Fluke Corporation REVISION: $Revision: 1.1 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 71 NUMBER OF LINES: 526 CONFIGURATION: Fluke 5520A (SC) ============================================================================= # # Source: Tektronix THM 500 Series Performace Verification Manual, April 1994 # # Compatibility: 5500/CAL or 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 5520A 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 {Procedure not formally tested with UUT.} 1.001 DISP {See procedure README file.} 1.002 ASK- R N J F W 1.003 ASK+ K 1.004 JMPT 1.009 Tek THM 550: (1 yr) CAL VER /5520+SC300 1.005 JMPT 1.011 Tek THM 560: (1 yr) CAL VER /5520+SC300 1.006 JMPT 1.013 Tek THM 565: (1 yr) CAL VER /5520+SC300 1.007 MEM2 =571 1.008 JMP 1.014 1.009 MEM2 =550 1.010 JMP 1.014 1.011 MEM2 =560 1.012 JMP 1.014 1.013 MEM2 =565 1.014 HEAD PRELIMINARY INSTRUCTIONS 1.015 DISP Warm-up time: 30 min. - REQUIRED 1.015 DISP Temperature : 20 - 30 degC 1.015 DISP Humidity : <80% 1.016 HEAD [32] WARNING! 1.017 DISP 1.017 DISP DURING THE FOLLOWING PROCEDURE, HIGH VOLTAGES THAT COULD 1.017 DISP CAUSE SERIOUS INJURY OR EVEN DEATH ARE PRESENT! 1.017 DISP 1.017 DISP USE CAUTION TO PREVENT INJURY! 1.018 HEAD {METER VERIFICATION} 1.019 DISP Connect the 5520 NORMAL Output to the DMM and 1.019 DISP COMMON inputs of the THM [MEM2]. Verify that the 1.019 DISP ground connections on both adapters are connected to 1.019 DISP the common (or ground) connection of their respective 1.019 DISP instruments. 1.020 HEAD {DC VOLTAGE ACCURACY} 1.021 DISP Set the THM [MEM2] to METER mode displaying V-DC. 1.022 HEAD DC VOLTAGE ACCURACY: {400 mV} 1.023 5520 400 300.0mV 2U 2W 2.001 HEAD DC VOLTAGE ACCURACY: {4 V} 2.002 5520 4 3.000V 0.02U 2W 3.001 HEAD DC VOLTAGE ACCURACY: {40 V} 3.002 5520 40 30.00V 0.2U 2W 4.001 HEAD DC VOLTAGE ACCURACY: {400 V} 4.002 5520 400 300.0V 2U 2W 5.001 HEAD DC VOLTAGE ACCURACY: {850 V} 5.002 5520 850 500V 8U 2W 6.001 HEAD {AC VOLTAGE ACCURACY} 6.002 DISP Set the THM [MEM2] to METER mode displaying V-AC. 6.003 HEAD AC VOLTAGE ACCURACY: {400 mV} 6.004 5520 400 300.0mV 6.5U 60H SI 2W 7.001 HEAD AC VOLTAGE ACCURACY: {4 V} 7.002 5520 4 3.000V 0.065U 60H SI 2W 8.001 HEAD AC VOLTAGE ACCURACY: {40 V} 8.002 5520 40 30.00V 0.65U 60H SI 2W 9.001 HEAD AC VOLTAGE ACCURACY: {400 V} 9.002 5520 400 300.0V 6.5U 60H SI 2W 10.001 HEAD AC VOLTAGE ACCURACY: {600 V} 10.002 5520 600 500V 15U 60H SI 2W 11.001 HEAD {RESISTANCE ACCURACY} 11.002 DISP Set the THM [MEM2] to METER mode displaying OHM. 11.003 HEAD RESISTANCE ACCURACY: {400 Ohm} 11.004 5520 400 100.0Z 0.7U 2W 12.001 HEAD RESISTANCE ACCURACY: {4 kOhm} 12.002 5520 4 1.000kZ 0.007U 2W 13.001 HEAD RESISTANCE ACCURACY: {40 kOhm} 13.002 5520 40 10.00kZ 0.07U 2W 14.001 HEAD RESISTANCE ACCURACY: {400 kOhm} 14.002 5520 400 100.0kZ 0.7U 2W 15.001 HEAD RESISTANCE ACCURACY: {4 MOhm} 15.002 5520 4 1.000MZ 0.007U 2W 16.001 HEAD {SCOPE VERIFICATION} 16.002 ASK- K 16.003 ASK+ D 16.004 DISP Use the menus to select RESET ALL, ensuring that the 16.004 DISP vertical position is at zero. 16.005 DISP Set the THM [MEM2] to SCOPE mode. If necessary, 16.005 DISP press the SELECT button to point to CH 1. 16.006 HEAD {CHANNEL 1 DC OFFSET} 16.007 DISP Use the UTILITY menu to select CH 1 OFFSET, adjusting 16.007 DISP CH 1 to graticule center. 16.008 HEAD CHANNEL 1 DC OFFSET: {5 mV/div} 16.009 DISP Use a patch cord to short the COM and CH 1 inputs. 16.009 DISP 16.009 DISP Set the CH 1 Vertical scale to 5 mV/div. 16.010 EVAL Is {offset <4 pixels from the center graticule line.} 17.001 HEAD CHANNEL 1 DC OFFSET: {10 mV/div} 17.002 MESS Set the Vertical scale to 10 mV/div. 17.002 MESS 17.003 EVAL Is {offset <4 pixels from the center graticule line.} 18.001 HEAD CHANNEL 1 DC OFFSET: {20 mV/div} 18.002 MESS Set the Vertical scale to 20 mV/div. 18.002 MESS 18.003 EVAL Is {offset <4 pixels from the center graticule line.} 19.001 HEAD CHANNEL 1 DC OFFSET: {50 mV/div} 19.002 MESS Set the Vertical scale to 50 mV/div. 19.002 MESS 19.003 EVAL Is {offset <4 pixels from the center graticule line.} 20.001 HEAD CHANNEL 1 DC OFFSET: {100 mV/div} 20.002 MESS Set the Vertical scale to 100 mV/div. 20.002 MESS 20.003 EVAL Is {offset <4 pixels from the center graticule line.} 21.001 HEAD CHANNEL 1 DC OFFSET: {200 mV/div} 21.002 MESS Set the Vertical scale to 200 mV/div. 21.002 MESS 21.003 EVAL Is {offset <4 pixels from the center graticule line.} 22.001 HEAD CHANNEL 1 DC OFFSET: {500 mV/div} 22.002 MESS Set the Vertical scale to 500 mV/div. 22.002 MESS 22.003 EVAL Is {offset <4 pixels from the center graticule line.} 23.001 HEAD CHANNEL 1 DC OFFSET: {1 V/div} 23.002 MESS Set the Vertical scale to 1 V/div. 23.002 MESS 23.003 EVAL Is {offset <4 pixels from the center graticule line.} 24.001 HEAD CHANNEL 1 DC OFFSET: {2 V/div} 24.002 MESS Set the Vertical scale to 2 V/div. 24.002 MESS 24.003 EVAL Is {offset <4 pixels from the center graticule line.} 25.001 HEAD CHANNEL 1 DC OFFSET: {5 V/div} 25.002 MESS Set the Vertical scale to 5 V/div. 25.002 MESS 25.003 EVAL Is {offset <4 pixels from the center graticule line.} 26.001 HEAD CHANNEL 1 DC OFFSET: {10 V/div} 26.002 MESS Set the Vertical scale to 10 V/div. 26.002 MESS 26.003 EVAL Is {offset <4 pixels from the center graticule line.} 27.001 HEAD CHANNEL 1 DC OFFSET: {20 V/div} 27.002 MESS Set the Vertical scale to 20 V/div. 27.002 MESS 27.003 EVAL Is {offset <4 pixels from the center graticule line.} 28.001 HEAD CHANNEL 1 DC OFFSET: {50 V/div} 28.002 MESS Set the Vertical scale to 50 V/div. 28.002 MESS 28.003 EVAL Is {offset <4 pixels from the center graticule line.} 29.001 HEAD CHANNEL 1 DC OFFSET: {100 V/div} 29.002 MESS Set the Vertical scale to 100 V/div. 29.002 MESS 29.003 EVAL Is {offset <4 pixels from the center graticule line.} 30.001 HEAD CHANNEL 1 DC OFFSET: {200 V/div} 30.002 MESS Set the Vertical scale to 200 V/div. 30.002 MESS 30.003 EVAL Is {offset <4 pixels from the center graticule line.} 31.001 HEAD CHANNEL 1 DC OFFSET: {500 V/div} 31.002 MESS Set the Vertical scale to 500 V/div. 31.002 MESS 31.003 EVAL Is {offset <4 pixels from the center graticule line.} 32.001 MESS 32.002 HEAD {NOISE CHANNEL 1} 32.003 DISP Set the Vertical scale to 10 mV/div. 32.003 DISP 32.003 DISP Use the menus to set the sampling mode to SPIKE DETECT, 32.003 DISP then turn the menus off. 32.004 EVAL Is {peak-peak signal <0.5 division (5 mV)}? 33.001 HEAD {CHANNEL 1 INPUT LEAKAGE TRACE SHIFT} 33.002 DISP Use the menus to set the sampling mode to SAMPLE, 33.002 DISP then turn the menus off. 33.002 DISP 33.003 DISP Set the SCALE to 5 mV/div. 33.003 DISP 33.003 DISP Use POSITION control to vertically center the display. 33.004 MESS Check that as you remove the shorting patch cord, the 33.004 MESS waveform does not move more than 3 pixels vertically. 33.004 MESS 33.005 EVAL [N] Does {waveform move more than 3 pixels vertically}? 34.001 MESS 34.002 JMPT 52.002 Tek THM 550: (1 yr) CAL VER /5520+SC300 34.003 HEAD {CHANNEL 2 DC OFFSET} 34.004 DISP Use the menus to select RESET ALL, ensuring that the 34.004 DISP vertical position is at zero. 34.005 DISP Set the THM [MEM2] to SCOPE mode. If necessary, 34.005 DISP press the SELECT button to point to CH 2. 34.006 DISP Use the UTILITY menu to select CH 2 OFFSET, adjusting 34.006 DISP CH 2 to graticule center. 34.007 HEAD CHANNEL 2 DC OFFSET: {5 mV/div} 34.008 DISP Use a patch cord to short the COM and CH 2 inputs. 34.008 DISP 34.008 DISP Set the CH 2 Vertical scale to 5 mV/div. 34.009 EVAL Is {offset <4 pixels from the center graticule line.} 35.001 HEAD CHANNEL 2 DC OFFSET: {10 mV/div} 35.002 MESS Set the Vertical scale to 10 mV/div. 35.002 MESS 35.003 EVAL Is {offset <4 pixels from the center graticule line.} 36.001 HEAD CHANNEL 2 DC OFFSET: {20 mV/div} 36.002 MESS Set the Vertical scale to 20 mV/div. 36.002 MESS 36.003 EVAL Is {offset <4 pixels from the center graticule line.} 37.001 HEAD CHANNEL 2 DC OFFSET: {50 mV/div} 37.002 MESS Set the Vertical scale to 50 mV/div. 37.002 MESS 37.003 EVAL Is {offset <4 pixels from the center graticule line.} 38.001 HEAD CHANNEL 2 DC OFFSET: {100 mV/div} 38.002 MESS Set the Vertical scale to 100 mV/div. 38.002 MESS 38.003 EVAL Is {offset <4 pixels from the center graticule line.} 39.001 HEAD CHANNEL 2 DC OFFSET: {200 mV/div} 39.002 MESS Set the Vertical scale to 200 mV/div. 39.002 MESS 39.003 EVAL Is {offset <4 pixels from the center graticule line.} 40.001 HEAD CHANNEL 2 DC OFFSET: {500 mV/div} 40.002 MESS Set the Vertical scale to 500 mV/div. 40.002 MESS 40.003 EVAL Is {offset <4 pixels from the center graticule line.} 41.001 HEAD CHANNEL 2 DC OFFSET: {1 V/div} 41.002 MESS Set the Vertical scale to 1 V/div. 41.002 MESS 41.003 EVAL Is {offset <4 pixels from the center graticule line.} 42.001 HEAD CHANNEL 2 DC OFFSET: {2 V/div} 42.002 MESS Set the Vertical scale to 2 V/div. 42.002 MESS 42.003 EVAL Is {offset <4 pixels from the center graticule line.} 43.001 HEAD CHANNEL 2 DC OFFSET: {5 V/div} 43.002 MESS Set the Vertical scale to 5 V/div. 43.002 MESS 43.003 EVAL Is {offset <4 pixels from the center graticule line.} 44.001 HEAD CHANNEL 2 DC OFFSET: {10 V/div} 44.002 MESS Set the Vertical scale to 10 V/div. 44.002 MESS 44.003 EVAL Is {offset <4 pixels from the center graticule line.} 45.001 HEAD CHANNEL 2 DC OFFSET: {20 V/div} 45.002 MESS Set the Vertical scale to 20 V/div. 45.002 MESS 45.003 EVAL Is {offset <4 pixels from the center graticule line.} 46.001 HEAD CHANNEL 2 DC OFFSET: {50 V/div} 46.002 MESS Set the Vertical scale to 50 V/div. 46.002 MESS 46.003 EVAL Is {offset <4 pixels from the center graticule line.} 47.001 HEAD CHANNEL 2 DC OFFSET: {100 V/div} 47.002 MESS Set the Vertical scale to 100 V/div. 47.002 MESS 47.003 EVAL Is {offset <4 pixels from the center graticule line.} 48.001 HEAD CHANNEL 2 DC OFFSET: {200 V/div} 48.002 MESS Set the Vertical scale to 200 V/div. 48.002 MESS 48.003 EVAL Is {offset <4 pixels from the center graticule line.} 49.001 HEAD CHANNEL 2 DC OFFSET: {500 V/div} 49.002 MESS Set the Vertical scale to 500 V/div. 49.002 MESS 49.003 EVAL Is {offset <4 pixels from the center graticule line.} 50.001 MESS 50.002 HEAD {CHANNEL 2 NOISE} 50.003 DISP Set the Vertical scale to 10 mV/div. 50.003 DISP 50.003 DISP Use the menus to set the sampling mode to SPIKE DETECT, 50.003 DISP then turn the menus off. 50.004 EVAL Is {peak-peak signal <0.5 division (5 mV)}? 51.001 HEAD {CHANNEL 2 INPUT LEAKAGE TRACE SHIFT} 51.002 DISP Use the menus to set the sampling mode to SAMPLE, 51.002 DISP then turn the menus off. 51.002 DISP 51.002 DISP Set the SCALE to 5 mV/div. 51.002 DISP 51.002 DISP Use POSITION control to vertically center the display. 51.003 MESS Check that as you remove the shorting patch cord, the 51.003 MESS waveform does not move more than 3 pixels vertically. 51.003 MESS 51.004 EVAL [N] Does {waveform move more than 3 pixels vertically}? 52.001 MESS 52.002 HEAD {TIME BASE ACCURACY} 52.003 DISP MAKE THE FOLLOWING CONNECTION... 52.003 DISP 52.003 DISP 5520 SCOPE OUTPUT ---------50 Ohm--CH 1 INPUT 52.003 DISP 52.003 DISP 52.003 DISP Select CH 1. 52.004 5520 1uT MK SC S L 52.005 DISP Set the Vertical Scale to 200 mV/div. 52.005 DISP 52.005 DISP Set the Time Base to 1 uS/div. 52.005 DISP 52.005 DISP Set CH 1 CPLG to DC, then turn menus off. 52.006 DISP Press the CURSORS/TRIGGER button to select TRIG, then 52.006 DISP set the trigger level to one division above the bottom 52.006 DISP of the displayed signal. 52.006 DISP 52.006 DISP Set the trigger to rising edge. 52.007 DISP Press the POSITION/SCALE button until POS is shown in 52.007 DISP the lower right corner, and use the Left Arrow button 52.007 DISP to set the trigger position to 0%. 52.008 MESS Check the rising edge of the 5th time mark is 52.008 MESS within one pixel of the center vertical graticule line 52.008 MESS measured at one division above the bottom of the 52.008 MESS display signal. 52.008 MESS 52.009 EVAL Is {5th time marker within 1 pixel of center}? 53.001 MESS 53.002 HEAD {CHANNEL 1 ANALOG BANDWIDTH} 53.003 DISP Set the TRIGGER level to center screen. 53.003 DISP 53.003 DISP Set horizontal scale to 10 uS/div. 53.003 DISP 53.003 DISP Note: In the following tests, the 5 MHz waveform is 53.003 DISP aliased and will appear to be untriggered. 53.004 HEAD CHANNEL 1 ANALOG BANDWIDTH: {100 mV/div} 53.005 ASK- U 53.006 MESS Slew amplitude for 6 divisions. 53.007 5520 100 600mVpp 50kH LS SC N L 53.008 MESS Set horizontal scale to 200 uS. 53.008 MESS 53.008 MESS Slew frequency for 4.2 divisions. 53.009 5520 5MH -1000% mVpp LS SC L 54.001 HEAD CHANNEL 1 ANALOG BANDWIDTH: {500 mV/div} 54.002 MESS Return horizontal scale to 10 uS/div. 54.002 MESS 54.002 MESS Slew amplitude for 6 divisions. 54.003 5520 0.5 3Vpp 50kH LS SC N L 54.004 MESS Set horizontal scale to 200 uS. 54.004 MESS 54.004 MESS Slew frequency for 4.2 divisions. 54.005 5520 5MH -1000% Vpp LS SC L 55.001 HEAD CHANNEL 1 ANALOG BANDWIDTH: {5 V/div} 55.002 MESS Return horizontal scale to 10 uS/div. 55.002 MESS 55.002 MESS Slew amplitude for 1 divisions. 55.003 5520 5 5Vpp 50kH LS SC N L 55.004 MESS Set horizontal scale to 200 uS. 55.004 MESS 55.004 MESS Slew frequency for 0.7 divisions. 55.005 5520 1MH -1000% Vpp LS SC L 56.001 MESS 56.002 ASK+ U 56.003 JMPT 57.001 Tek THM 550: (1 yr) CAL VER /5520+SC300 56.004 HEAD {CROSSTALK BETWEEN SCOPE CHANNELS} 56.005 DISP Connect the CH 2 input to the COM input 56.005 DISP using a patch cord. 56.006 DISP Set the CH 1 Vertical scale to 500 mV/div and the 56.006 DISP Horizontal scale to 200 uS/div. 56.006 DISP 56.006 DISP Use the menus to set the sampling mode to SPIKE DETECT, 56.006 DISP then turn the menus off. 56.007 5520 2.5Vpp 5MH LS SC S L 56.008 DISP Press the WAVEFORM ON/OFF button to turn the CH 1 56.008 DISP waveform display off. 56.008 DISP 56.008 DISP Select CH 2 display. 56.008 DISP 56.008 DISP Set the CH 2 Vertical scale to 50 mV/div. 56.009 EVAL Is {peak-peak amplitude on CH 2 <0.5 division (25 mV)}? 57.001 HEAD {CROSSTALK FROM DMM TO SCOPE} 57.002 DISP Connect the 5520 SCOPE Output to the DMM and 57.002 DISP COMMON inputs of the THM [MEM2]. Verify that the 57.002 DISP ground connections on both adapters are connected to 57.002 DISP the common (or ground) connection of their respective 57.002 DISP instruments. 57.002 DISP 57.002 DISP Connect the CH 1 input to the COM input using a 57.002 DISP patch cord. 57.003 5520 2.5Vpp 5MH LS SC S L 57.004 DISP Set the Vertical scale to 50 mV/div and the 57.004 DISP Horizontal scale to 200 uS/div. 57.005 DISP Use the menus to set the sampling mode to SPIKE DETECT, 57.005 DISP then turn the menus off. 57.006 EVAL Is {peak-peak amplitude <0.5 division (25 mV)}? 58.001 HEAD {CHANNEL 1 VERTICAL ACCURACY} 58.002 DISP MAKE THE FOLLOWING CONNECTION... 58.002 DISP 58.002 DISP 5520 NORMAL OUTPUT --------- CH 1 INPUT 58.003 DISP Select CH 1 CPLG to DC, then turn menus off. 58.003 DISP 58.003 DISP Set the Vertical Scale to 5 mV/div. 58.004 HEAD VERTICAL ACCURACY CHANNEL 1: {5 mV/div} 58.005 5520 -15mV S 2W 58.006 DISP Position the waveform to 3 divisions below the 58.006 DISP the center graticule. 58.007 DISP Press the CURSORS/TRIGGER button to show the cursors, 58.007 DISP and then use the Up and Down buttons to align the cursor 58.007 DISP with the waveform. 58.008 5520 15mV S 2W 58.009 DISP Press the SELECT button to select the second cursor, 58.009 DISP and position it over the new waveform position. 58.010 EVAL Is {Delta Volts readout 27.5 to 32.5 mV}? 59.001 HEAD VERTICAL ACCURACY CHANNEL 1: {100 mV/div} 59.002 ASK+ R 59.003 RNG 100mV 59.004 5520 -300mV S 2W 59.005 DISP Position the waveform to 3 divisions below the 59.005 DISP the center graticule. 59.006 DISP Align one cursor with waveform. 59.007 5520 300mV S 2W 59.008 DISP Select the second cursor and align it with the waveform. 59.009 EVAL Is {Delta Volts readout 552 to 648 mV}? 60.001 HEAD VERTICAL ACCURACY CHANNEL 1: {1 V/div} 60.002 RNG 1V 60.003 5520 -3V S 2W 60.004 DISP Position the waveform to 3 divisions below the 60.004 DISP the center graticule. 60.005 DISP Align one cursor with waveform. 60.006 5520 3V S 2W 60.007 DISP Select the second cursor and align it with the waveform. 60.008 EVAL Is {Delta Volts readout 5.52 to 6.48 V}? 61.001 HEAD VERTICAL ACCURACY CHANNEL 1: {10 V/div} 61.002 RNG 10V 61.003 5520 -30V S 2W 61.004 DISP Position the waveform to 3 divisions below the 61.004 DISP the center graticule. 61.005 DISP Align one cursor with waveform. 61.006 5520 30V S 2W 61.007 DISP Select the second cursor and align it with the waveform. 61.008 EVAL Is {Delta Volts readout 55.2 to 64.8 V}? 62.001 HEAD VERTICAL ACCURACY CHANNEL 1: {100 V/div} 62.002 RNG 100V 62.003 5520 -300V S 2W 62.004 DISP Position the waveform to 3 divisions below the 62.004 DISP the center graticule. 62.005 DISP Align one curson with waveform. 62.006 5520 300V S 2W 62.007 DISP Select the second cursor and align it with the waveform. 62.008 EVAL Is {Delta Volts readout 552 to 648 V}? 63.001 ASK- R 63.002 JMPT 71.001 Tek THM 550: (1 yr) CAL VER /5520+SC300 63.003 HEAD {CHANNEL 2 VERTICAL ACCURACY} 63.004 DISP MAKE THE FOLLOWING CONNECTION... 63.004 DISP 63.004 DISP 5520 NORMAL OUTPUT --------- CH 2 INPUT 63.005 DISP Select CH 2 display. 63.005 DISP 63.005 DISP Select CH 2 CPLG to DC, then turn menus off. 63.005 DISP 63.005 DISP Set the Vertical Scale to 5 mV/div. 63.006 HEAD VERTICAL ACCURACY CHANNEL 2: {5 mV/div} 63.007 5520 -15mV S 2W 63.008 DISP Position the waveform to 3 divisions below the 63.008 DISP the center graticule. 63.009 DISP Press the CURSORS/TRIGGER button to show the cursors, 63.009 DISP and then use the Up and Down buttons to align the cursor 63.009 DISP with the waveform. 63.010 5520 15mV S 2W 63.011 DISP Press the SELECT button to select the second cursor, 63.011 DISP and position it over the new waveform position. 63.012 EVAL Is {Delta Volts readout 27.5 to 32.5 mV}? 64.001 HEAD VERTICAL ACCURACY CHANNEL 2: {100 mV/div} 64.002 ASK+ R 64.003 RNG 100mV 64.004 5520 -300mV S 2W 64.005 DISP Position the waveform to 3 divisions below the 64.005 DISP the center graticule. 64.006 DISP Align one cursor with waveform. 64.007 5520 300mV S 2W 64.008 DISP Select the second cursor and align it with the waveform. 64.009 EVAL Is {Delta Volts readout 552 to 648 mV}? 65.001 HEAD VERTICAL ACCURACY CHANNEL 2: {1 V/div} 65.002 RNG 1V 65.003 5520 -3V S 2W 65.004 DISP Position the waveform to 3 divisions below the 65.004 DISP the center graticule. 65.005 DISP Align one cursor with waveform. 65.006 5520 3V S 2W 65.007 DISP Select the second cursor and align it with the waveform. 65.008 EVAL Is {Delta Volts readout 5.52 to 6.48 V}? 66.001 HEAD VERTICAL ACCURACY CHANNEL 2: {10 V/div} 66.002 RNG 10V 66.003 5520 -30V S 2W 66.004 DISP Position the waveform to 3 divisions below the 66.004 DISP the center graticule. 66.005 DISP Align one cursor with waveform. 66.006 5520 30V S 2W 66.007 DISP Select the second cursor and align it with the waveform. 66.008 EVAL Is {Delta Volts readout 55.2 to 64.8 V}? 67.001 HEAD VERTICAL ACCURACY CHANNEL 2: {100 V/div} 67.002 RNG 100V 67.003 5520 -300V S 2W 67.004 DISP Position the waveform to 3 divisions below the 67.004 DISP the center graticule. 67.005 DISP Align one cursor with waveform. 67.006 5520 300V S 2W 67.007 DISP Select the second cursor and align it with the waveform. 67.008 EVAL Is {Delta Volts readout 552 to 648 V}? 68.001 ASK- R 68.002 HEAD {CHANNEL 2 ANALOG BANDWIDTH} 68.003 DISP Select CH 2 display. 68.003 DISP 68.003 DISP Set the TRIGGER level to center screen. 68.003 DISP 68.003 DISP Set horizontal scale to 10 uS/div. 68.004 HEAD CHANNEL 2 ANALOG BANDWIDTH: {100 mV/div} 68.005 ASK- U 68.006 MESS Slew amplitude for 6 divisions. 68.007 5520 100 600mVpp 50kH LS SC N L 68.008 MESS Set horizontal scale to 200 uS. 68.008 MESS 68.008 MESS Slew frequency for 4.2 divisions. 68.009 5520 5MH -1000% mVpp LS SC L 69.001 HEAD CHANNEL 1 ANALOG BANDWIDTH: {500 mV/div} 69.002 MESS Return horizontal scale to 10 uS/div. 69.002 MESS 69.002 MESS Slew amplitude for 6 divisions. 69.003 5520 0.5 3Vpp 50kH LS SC N L 69.004 MESS Set horizontal scale to 200 uS. 69.004 MESS 69.004 MESS Slew frequency for 4.2 divisions. 69.005 5520 5MH -1000% Vpp LS SC L 70.001 HEAD CHANNEL 1 ANALOG BANDWIDTH: {5 V/div} 70.002 MESS Return horizontal scale to 10 uS/div. 70.002 MESS 70.002 MESS Slew amplitude for 1 divisions. 70.003 5520 5 5Vpp 50kH LS SC N L 70.004 MESS Set horizontal scale to 200 uS. 70.004 MESS 70.004 MESS Slew frequency for 0.7 divisions. 70.005 5520 1MH -1000% Vpp LS SC L 71.001 END