Fluke MET/CAL Procedure ============================================================================= INSTRUMENT: Sub Graphtec MARK 12 Chan. Tests (1 year) CAL VER /5520 DATE: 22-Sep-97 AUTHOR: Fluke Corporation REVISION: $Revision: 1.1 $ ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 24 NUMBER OF LINES: 209 CONFIGURATION: Fluke 5520A ============================================================================= # # Compatibility: # 5500/CAL 5.0 or MET/CAL 5.0 or later. # # Subprocedures: # None # # Required Files: # None # # System Specifications: # TUR calculation is based on specification interval of the file. # The default 5520A 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- P F V 1.003 ASK+ K X 1.004 RSLT =[MEM2] 1.005 HEAD [MEM2]: {INPUT OFFSET TESTS} 1.006 DISP Connect equipment the 5520A to the UUT as follows: 1.006 DISP [32] 5520A NORMAL HI to UUT [MEM2] HI INPUT 1.006 DISP [32] 5520A NORMAL LO to UUT [MEM2] LO INPUT 1.007 DISP Select the INPUT menu from the main display menu. 1.007 DISP 1.007 DISP Press ENTER. 1.008 DISP Select SETUP using the scroll knob. 1.008 DISP 1.008 DISP Press ENTER. 1.009 DISP Press the MASTER softkey. 1.010 DISP While HOLDING the SHIFT key, press the PAUSE key. 1.010 DISP This will temporarily turn OFF the internal calibration 1.010 DISP for all channels. 1.011 DISP Scroll select OFFSET, and press ENTER. 1.011 DISP 1.011 DISP Set channel offset to 0.00V. 1.012 DISP Scroll select INPUT, and press ENTER. 1.012 DISP 1.012 DISP Scroll select [MEM2], and press ENTER. 1.012 DISP 1.012 DISP Scroll select SPAN, and press ENTER. 1.013 HEAD [MEM2]: INPUT OFFSET TESTS - {.05V SPAN} 1.014 DISP Select .050V SPAN, and press ENTER. 1.015 5520 0.0000V 0.0005U 2W 2.001 HEAD [MEM2]: INPUT OFFSET TESTS - {50V SPAN} 2.002 DISP Press the A/B softkey. 2.002 DISP 2.002 DISP Select and ENTER the highest SPAN setting (50V). 2.003 5520 0.000V 0.005U 2W 3.001 HEAD [MEM2]: {SPAN TESTS} 3.002 DISP While HOLDING the SHIFT key, press the SCROLL key. 3.002 DISP This will turn ON the internal calibration for 3.002 DISP all channels. 3.003 DISP Scroll select STATE, and press ENTER. 3.003 DISP 3.003 DISP Scroll select ON, and press ENTER. 3.003 DISP 3.003 DISP Scroll select SPAN, and press ENTER. 3.004 HEAD [MEM2]: SPAN TESTS - {.500V SPAN} 3.005 DISP Select .500V SPAN, and press ENTER. 3.006 5520 0.2500V 0.0020U 2W 4.001 5520 -0.2500V 0.0020U 2W 5.001 HEAD [MEM2]: SPAN TESTS - {1.000V SPAN} 5.002 DISP Scroll select SPAN, and press ENTER. 5.002 DISP 5.002 DISP Select 1.000V SPAN, and press ENTER. 5.003 5520 0.5000V 0.0040U 2W 6.001 5520 -0.5000V 0.0040U 2W 7.001 HEAD SPAN TESTS - {2.000V SPAN} 7.002 DISP Scroll select SPAN, and press ENTER. 7.002 DISP 7.002 DISP Select 2.000V SPAN, and press ENTER. 7.003 5520 1.0000V 0.0080U 2W 8.001 5520 -1.0000V 0.0080U 2W 9.001 HEAD [MEM2]: SPAN TESTS - {5.000V SPAN} 9.002 DISP Scroll select SPAN, and press ENTER. 9.002 DISP 9.002 DISP Select 5.000V SPAN, and press ENTER. 9.003 5520 2.5000V 0.0250U 2W 10.001 5520 -2.5000V 0.0250U 2W 11.001 HEAD [MEM2]: SPAN TESTS - {10.000V SPAN} 11.002 DISP Scroll select SPAN, and press ENTER. 11.002 DISP 11.002 DISP Select 10.000V SPAN, and press ENTER. 11.003 5520 5.000V 0.0400U 2W 12.001 5520 -5.000V 0.0400U 2W 13.001 HEAD [MEM2]: SPAN TESTS - {20.000V SPAN} 13.002 DISP Scroll select SPAN, and press ENTER. 13.002 DISP 13.002 DISP Select 20.000V SPAN, and press ENTER. 13.003 5520 10.0000V 0.0800U 2W 14.001 5520 -10.0000V 0.0800U 2W 15.001 HEAD [MEM2]: SPAN TESTS - {50.000V SPAN} 15.002 DISP Scroll select SPAN, and press ENTER. 15.002 DISP 15.002 DISP Select 50.000V SPAN, and press ENTER. 15.003 5520 25.0000V 0.2000U 2W 16.001 5520 -25.0000V 0.2000U 2W 17.001 HEAD [MEM2]: {FREQUENCY RESPONSE TESTS} 17.002 ASK- N 17.003 DISP Select the 10mm/s CHART SPEED. 17.003 DISP 17.003 DISP Scroll select SPAN, and press ENTER. 17.003 DISP 17.003 DISP Select 0.500V SPAN, and press ENTER. 17.004 5520 0.5Vpp 1kH SI S 2W 17.005 MEME 17.006 MESS Watch the recording while slewing the 5520A frequency 17.006 MESS from 1kHz to 20kHz. 17.006 MESS 17.006 MESS The recorded amplitude should be >.45Vpp. 17.007 5520 1kH Vpp SI N 2W 17.008 MESS 17.009 MATH S[1] = "0.500V Span Frequency Response is >.45Vpp." 17.010 EVAL -s S[1] : Is the 0.500V SPAN frequency response >.45Vpp? 18.001 DISP Scroll select SPAN, and press ENTER. 18.001 DISP 18.001 DISP Select 1.000V SPAN, and press ENTER. 18.002 5520 1.0Vpp 1kH SI S 2W 18.003 MEME 18.004 MESS Watch the recording while slewing the 5520A frequency 18.004 MESS from 1kHz to 20kHz. 18.004 MESS 18.004 MESS The recorded amplitude should be >.93Vpp. 18.005 5520 1kH Vpp SI N 2W 18.006 MESS 18.007 MATH S[1] = "1.000V Span Frequency Response is >.93Vpp." 18.008 EVAL -s S[1] : Is the 1.000V SPAN frequency response >.93Vpp? 19.001 DISP Scroll select SPAN, and press ENTER. 19.001 DISP 19.001 DISP Select 2.000V SPAN, and press ENTER. 19.002 5520 2.0Vpp 1kH SI S 2W 19.003 MEME 19.004 MESS Watch the recording while slewing the 5520A frequency 19.004 MESS from 1kHz to 20kHz. 19.004 MESS 19.004 MESS The recorded amplitude should be >1.89Vpp. 19.005 5520 1kH Vpp SI N 2W 19.006 MESS 19.007 MATH S[1] = "2.000V Span Frequency Response is >1.89Vpp." 19.008 EVAL -s S[1] : Is the 2.000V SPAN frequency response >1.89Vpp? 20.001 DISP Scroll select SPAN, and press ENTER. 20.001 DISP 20.001 DISP Select 5.000V SPAN, and press ENTER. 20.002 5520 5.0Vpp 1kH SI S 2W 20.003 MEME 20.004 MESS Watch the recording while slewing the 5520A frequency 20.004 MESS from 1kHz to 20kHz. 20.004 MESS 20.004 MESS The recorded amplitude should be >4.72Vpp. 20.005 5520 1kH Vpp SI N 2W 20.006 MESS 20.007 MATH S[1] = "5.000V Span Frequency Response is >4.72Vpp." 20.008 EVAL -s S[1] : Is the 5.000V SPAN frequency response >4.72Vpp? 21.001 DISP Scroll select SPAN, and press ENTER. 21.001 DISP 21.001 DISP Select 10.000V SPAN, and press ENTER. 21.002 5520 10.0Vpp 1kH SI S 2W 21.003 MEME 21.004 MESS Watch the recording while slewing the 5520A frequency 21.004 MESS from 1kHz to 20kHz. 21.004 MESS 21.004 MESS The recorded amplitude should be >9.33Vpp. 21.005 5520 1kH Vpp SI N 2W 21.006 MESS 21.007 MATH S[1] = "10.000V Span Frequency Response is >9.33Vpp." 21.008 EVAL -s S[1] : Is the 10.000V SPAN frequency response >9.33Vpp? 22.001 DISP Scroll select SPAN, and press ENTER. 22.001 DISP 22.001 DISP Select 20.000V SPAN, and press ENTER. 22.002 5520 20.0Vpp 1kH SI S 2W 22.003 MEME 22.004 MESS Watch the recording while slewing the 5520A frequency 22.004 MESS from 1kHz to 20kHz. 22.004 MESS 22.004 MESS The recorded amplitude should be >19.1Vpp. 22.005 5520 1kH Vpp SI N 2W 22.006 MESS 22.007 MATH S[1] = "20.000V Span Frequency Response is >19.1Vpp." 22.008 EVAL -s S[1] : Is the 20.000V SPAN frequency response >19.1Vpp? 23.001 DISP Scroll select SPAN, and press ENTER. 23.001 DISP 23.001 DISP Select 50.000V SPAN, and press ENTER. 23.002 5520 20.0Vpp 1kH SI S 2W 23.003 MEME 23.004 MESS Watch the recording while slewing the 5520A frequency 23.004 MESS from 1kHz to 20kHz. 23.004 MESS 23.004 MESS The recorded amplitude should be >19.1Vpp. 23.005 5520 1kH Vpp SI N 2W 23.006 MESS 23.007 MATH S[1] = "50.000V Span Frequency Response is >19.1Vpp." 23.008 EVAL -s S[1] : Is the 50.000V SPAN frequency response >19.1Vpp? 24.001 END