User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: Unholtz-Dickie D22:Charge Amplifier DATE: 04-Nov-97 AUTHOR: User Contributed REVISION: 0 ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 25 NUMBER OF LINES: 231 CONFIGURATION: Fluke 5700A CONFIGURATION: Datron 1281 STANDARD: Tektronix 2235 STANDARD: DTB 1000pF ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON # This procedure is run with the MET/CAL Configuration #2 loaded. 1.001 STD Tektronix 2235 1.002 ASK- R P F W 1.003 ASK+ X 1.004 IEEE [@1281]*RST 1.005 STD DTB 1000pF 1.006 HEAD INITIAL CONDITIONS 1.007 DISP Before powering up the UUT, mechanically 1.007 DISP zero the meter movement. 1.008 DISP Set the UUT as follows (as applicable): 1.008 DISP PREAMP ............................. INT 1.008 DISP MODE ............................... OPER 1.008 DISP CASE ............................... ISOL 1.008 DISP FILTERS ............................ OUT 1.009 DISP Set the UUT as follows (as applicable): 1.009 DISP TAPE GAIN .......................... "10" 1.009 DISP SENS ............................... 1-10 1.009 DISP SENS dial .......................... "10" 1.009 DISP F. S. RANGE......................... 10 g 1.009 DISP ACCEL DIFF/SE ...................... SE 1.010 HEAD {* Amplifier Outputs and Meter Gain *} 1.011 JMP 2.001 1.012 EVAL 2.001 DISP Connect the 5700 output through the 1000pF cap to the 2.001 DISP ACC in connector on the UUT. Use the single ended 2.001 DISP BNC not the differential input. 2.001 DISP 2.001 DISP Connect the 1281 to the SERVO out connector on the UUT. 2.002 5700 70.700mV 1kH S 2W 2.003 IEEE [@1281][D2000]ACV AUTO 2.004 IEEE [@1281][D5000]RDG?[I] 2.005 MEM* 1000 2.006 ACC 70.700mV 0.01% 2.007 MEME 2.008 MEMC mV 1.000% servo #! Test Tol 0.707, Sys Tol 0.00707, TUR 100.000 (>= 4.00). 3.001 DISP Connect the 1281 to the UUT OUT connector. 3.002 5700 70.700mV 1kH S 2W 3.003 IEEE [@1281][D10000]RDG?[I] 3.004 ACC 7.0700V 0.01% 3.005 MEME 3.006 MEMC V 1.000% tape #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 4.001 ASK- U 4.002 5700 70.700mV 1kH S 2W 4.003 MEMI Enter the meter reading in g's. 4.004 MATH mem1=10 4.005 MEME 4.006 MEMC g's 2.0% meter_ #! T.U.R. not calculated because ASK 'U' is not set. 5.001 ASK+ U 5.002 DISP Connect the 5700 to OSC connector on the UUT. 5.002 DISP Do not use the 1000pF capacitor. 5.002 DISP 5.002 DISP Set the UUT mode switch to F-CAL. 5.003 5700 70.700mV 1kH S 2W 5.004 IEEE [@1281][D5000]RDG?[I] 5.005 ACC 7.0700V 0.01% 5.006 MEME 5.007 MEMC V 1.000% f-cal #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 6.001 HEAD { Sensitivity Dial } 6.002 JMP 7.003 6.003 EVAL 7.001 DISP Reset the SENSITIVITY dial to "10". 7.002 JMP 7.005 7.003 DISP Reconnect the 5700 to the ACC input through 7.003 DISP the 1000pF capacitor. 7.004 DISP Set the UUT mode switch to OPER. 7.005 5700 70.700mV 1kH S 2W 7.006 DISP Adjust the TAPE GAIN dial to "1". 7.007 IEEE [@1281][D5000]RDG?[I] 7.008 MATH m[1]=mem 7.009 5700 * S 7.010 5700 7.0700mV 1kH O S 2W 7.011 DISP Adjust the UUT SENSITIVITY dial to "1". 7.012 ACC .70700 0.01% 7.013 IEEE [@1281][D5000]RDG?[I] 7.014 MATH mem1=m[1] 7.015 MEME 7.016 MEMC V 1.000% #! Test Tol 0.00707, Sys Tol 7.07e-005, TUR 100.000 (>= 4.00). 8.001 HEAD { Sensitivity Switch } 8.002 JMP 9.003 8.003 EVAL 9.001 DISP Reset the UUT SENS switch to 1-10 pC/g. 9.002 JMP 9.004 9.003 DISP Connect the 1281 to the SERVO out connector on the UUT. 9.004 5700 7.0700mV 1kH O S 2W 9.005 IEEE [@1281][D5000]RDG?[I] 9.006 MEM* 1000 9.007 MEME >1 9.008 DISP Set the UUT SENS switch to 10-100 pC/g. 9.009 5700 70.700mV 1kH S 2W 9.010 IEEE [@1281][D5000]RDG?[I] 9.011 MEM* 1000 9.012 ACC 70.700mV 0.01% 9.013 MEME 9.014 MEME <1 9.015 MEMC mV 1.000% 10.001 HEAD { Maximum Output } 10.002 JMP 11.001 10.003 EVAL 11.001 DISP Set the UUT as follows: 11.001 DISP TAPE GAIN .......................... "10" 11.001 DISP SENS dial .......................... "10" 11.001 DISP SENS ............................... 1-10 11.001 DISP F. S. RANGE......................... 1000 g 11.002 DISP Connect the UUT SERVO to the oscilloscope input. 11.002 DISP Set scope to read to 5 volt per divison range 11.002 DISP at .2æ seconds SEC/DIV . 11.003 5700 7.07V 1kH S 2W 11.004 HEAD {SERVO OUT} 11.005 EVAL Is the {output an undistored 10vp sine wave}? 12.001 HEAD {TAPE OUT} 12.002 DISP Move the 'scope input to the UUT OUT connector. 12.003 5700 7.07V 1kH S 2W 12.004 EVAL Is the {output an undistored 10vp sine wave}? 13.001 HEAD {* Full Scale Range Tests *} 13.002 JMP 14.001 13.003 EVAL 14.001 DISP Connect the 1281 to the OUT connector on the UUT. 14.002 5700 7.07V 1kH S 2W 14.003 IEEE [@1281][D2000]RDG?[I] 14.004 ACC 7.0700 0.01% 14.005 MEME 14.006 MEMC V 1.000% 1000g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 15.001 5700 2.12V 1kH S 2W 15.002 DISP Set the UUT as follows: 15.002 DISP F. S. RANGE......................... 300 g 15.003 IEEE [@1281][D2000]RDG?[I] 15.004 ACC 7.0700 0.01% 15.005 MEME 15.006 MEMC V 1.000% 300g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 16.001 5700 0.707V 1kH S 2W 16.002 DISP Set the UUT as follows: 16.002 DISP F. S. RANGE......................... 100 g 16.003 IEEE [@1281][D2000]RDG?[I] 16.004 ACC 7.0700 0.01% 16.005 MEME 16.006 MEMC V 1.000% 100g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 17.001 5700 0.212V 1kH S 2W 17.002 DISP Set the UUT as follows: 17.002 DISP F. S. RANGE......................... 30 g 17.003 IEEE [@1281][D2000]RDG?[I] 17.004 ACC 7.0700 0.01% 17.005 MEME 17.006 MEMC V 1.000% 30g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 18.001 5700 70.7mV 1kH S 2W 18.002 DISP Set the UUT as follows: 18.002 DISP F. S. RANGE......................... 10 g 18.003 IEEE [@1281][D2000]RDG?[I] 18.004 ACC 7.0700 0.01% 18.005 MEME 18.006 MEMC V 1.000% 10g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 19.001 5700 21.2mV 1kH O S 2W 19.002 DISP Set the UUT as follows: 19.002 DISP F. S. RANGE......................... 3 g 19.003 IEEE [@1281][D2000]RDG?[I] 19.004 ACC 7.0700 0.01% 19.005 MEME 19.006 MEMC V 1.000% 3g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 20.001 5700 7.07mV 1kH O S 2W 20.002 DISP Set the UUT as follows: 20.002 DISP F. S. RANGE......................... 1 g 20.003 IEEE [@1281][D2000]RDG?[I] 20.004 ACC 7.0700 0.01% 20.005 MEME 20.006 MEMC V 1.000% 1g's #! Test Tol 0.0707, Sys Tol 0.000707, TUR 100.000 (>= 4.00). 21.001 HEAD {* Frequency Response *} 21.002 HEAD {Referenced to 1kHz} 21.003 HEAD Frequency Response 21.004 JMP 22.001 21.005 EVAL 22.001 DISP Set the UUT as follows: 22.001 DISP TAPE GAIN .......................... "1" 22.001 DISP SENS dial .......................... "1" 22.001 DISP F. S. RANGE......................... 1000 g 22.002 IEEE [@1281]ACV AUTO,FILT100HZ 22.003 5700 0.70700V 1kH S 2W 22.004 IEEE [@1281][D5000]RDG?[I] 22.005 MATH M[1]=MEM 22.006 IEEE [@1281]ACV AUTO,FILT10HZ 22.007 5700 0.70700V 10H S 2W 22.008 MEME 22.009 IEEE [@1281][D2000]RDG?[I] 22.010 MEME 22.011 MEMC V 1.000% 10H #! Test Tol 0.00707, Sys Tol 0.00048885, TUR 14.463 (>= 4.00). 23.001 5700 0.70700V 100H S 2W 23.002 MATH MEM1=M[1] 23.003 IEEE [@1281]ACV AUTO,FILT100HZ 23.004 IEEE [@1281][D2000]RDG?[I] 23.005 MEME 23.006 MEMC V 1.000% 100H #! Test Tol 0.00707, Sys Tol 6.0025e-005, TUR 117.784 (>= 4.00). 24.001 5700 0.70700V 5kH S 2W 24.002 MATH MEM1=M[1] 24.003 IEEE [@1281]ACV AUTO,FILT100HZ 24.004 IEEE [@1281][D2000]RDG?[I] 24.005 MEME 24.006 MEMC V 2.000% 5kH #! Test Tol 0.01414, Sys Tol 6.0025e-005, TUR 235.569 (>= 4.00). 25.001 END #! T.U.R.s less than 4.00: 0 #! T.U.R.s estimated using RANGE value: 0 #! T.U.R.s not calculated (ASK- U): 1 #! T.U.R.s not computable at compile time: 0 #! FOR JUSTIFICATION REFER TO COMMENTS FOLLOWING EACH TEST IN THIS LISTING.