User Contributed MET/CAL PROCEDURE ============================================================================== INSTRUMENT: FLUKE 8800A DMM -- With Data DATE: 22-Apr-87 AUTHOR: User Contributed REVISION: V1.0 ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 49 NUMBER OF LINES: 114 CONFIGURATION: Fluke 5440B Fluke 5200A/5215A CONFIGURATION: ============================================================================== STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- F W 1.002 HEAD 1.003 OPBR Do you want to record data on DC VOLTS? 1.004 JMPF 19.003 1.005 HEAD {DC VOLTAGE VERIFICATION} 1.006 DISP Place a shorting jumper across the UUT's INPUT-OHM SENSE 1.006 DISP terminals HI to LOW. 1.007 DISP Set the UUT to DC VOLTS, the 2V range. 1.008 EVAL The display should read 0.00000V +/- .00003V. 2.001 DISP Remove the short and connect the UUT INPUT to the 2.001 DISP DIRECT VOLTAGE CALIBRATOR OUTPUT terminals. 2.002 5440 2 1.00V .00013U O 2W 3.001 5440 2 -1.00V .00013U O 2W 4.001 5440 2 1.90V .00022U O 2W 5.001 5440 2 -1.90V .00022U O 2W 6.001 5440 20 19.0V .0022U 2W 7.001 5440 20 -19.0V .0022U 2W 8.001 5440 200 190V .022U 2W 9.001 5440 200 -190V .022U 2W 10.001 5440 1200 1000V .13U 2W 11.001 5440 1200 -1000V .13U 2W 12.001 DISP The 200m VDC LED should be on for the next 3 readings. 12.002 5440 200 100mV .020U O 2W 13.001 5440 200 -100mV .020U O 2W 14.001 5440 A 100mV .02U O 2W 15.001 5440 A 1V .00013U O 2W 16.001 5440 A 10V .0013U 2W 17.001 5440 A 100V .013U 2W 18.001 5440 A 1000V .13U 2W 19.001 5440 * S 19.002 DISP Disconnect the UUT from the DIRECT VOLTAGE CALIBRATOR. 19.003 HEAD 19.004 OPBR Do you want to record data on AC VOLTS? 19.005 JMPF 32.004 19.006 HEAD {AC VOLTAGE VERIFICATION} 19.007 DISP Connect the UUT INPUT to the ALTERNATING VOLTAGE 19.007 DISP CALIBRATOR OUTPUT terminals. 19.007 DISP Set the UUT to the ACV function, the 2V range. 19.008 5200 2 1.0V .0011U 400H 2W 20.001 5200 2 1.0V .0106U 100000H 2W 21.001 5200 20 10V .011U 400H 2W 22.001 5200 20 10V .106U 100000H 2W 23.001 5200 200 50V .06U 400H 2W 24.001 5200 200 50V .56U 100000H 2W 25.001 5200 1200 100V .27U 400H 2W 26.001 5200 1200 100V .49U 20000H 2W 27.001 5200 A .1V .0002U 10000H 2W 28.001 5200 A 1.0V .0011U 10000H 2W 29.001 5200 A 10V .011U 10000H 2W 30.001 5200 A 100V .11U 10000H 2W 31.001 5200 * S 31.002 DISP Disconnect the UUT from the ALTERNATING VOLTAGE CALIB. 31.002 DISP Connect the UUT INPUT to the PRECISION POWER AMPLIFIER 31.002 DISP OUTPUT terminals. 31.003 5200 A 1000V 3.12U 10000H 2W 32.001 5200 * S 32.002 HEAD 32.003 DISP Disconnect the UUT from the PRECISION POWER AMPLIFIER. 32.004 HEAD 32.005 OPBR Do you want to record data on RESISTANCE? 32.006 JMPF 49.004 32.007 HEAD {RESISTANCE VERIFICATION} 32.008 DISP Connect the UUT INPUT SOURCE to the RESISTANCE 32.008 DISP CALIBRATOR OUTPUT and the UUT SENSE to the 32.008 DISP RESISTANCE CALIBRATOR SENSE terminals. 32.008 DISP Set the UUT to the KOHM function. 32.009 DISP The 20M LED should be on for the next reading. 32.010 5450 20 10MZ .0203U 4W 33.001 EVAL Did the 20M LED come on during the last test? 34.001 5450 2000 1000KZ .53U 4W 35.001 5450 200 100KZ .013U 4W 36.001 5450 20 10KZ .0013U 4W 37.001 5450 2 1KZ .00013U 4W 38.001 DISP The 200 OHM LED should be on for the next FOUR readings. 38.002 5450 200 100Z .03U 4W 39.001 5450 200 10Z .012U 4W 40.001 5450 A 10Z .012U 4W 41.001 5450 A 100Z .03U 4W 42.001 EVAL Was the 200 OHM LED on during the last FOUR tests? 43.001 5450 A 1KZ .00013U 4W 44.001 5450 A 10KZ .0013U 4W 45.001 5450 A 100KZ .013U 4W 46.001 5450 A 1000KZ .53U 4W 47.001 DISP The 20M LED should be on for the next test. 47.002 5450 A 10MZ .0203U 4W 48.001 EVAL Was the 20M LED on during the LAST test? 49.001 5450 * S 49.002 HEAD 49.003 DISP Disconnect the UUT from the RESISTANCE CALIBRATOR. 49.004 HEAD 49.005 OPBR Do you want to repeat any section of the TEST? 49.006 JMPT 1.001 END