求一个5720A自动校准34401A的程序
有偿求购，最好是232接口的，没有GPIB线，急！qq272264724 https://bbs.38hot.net/read.php?tid=13634
参考5楼。 ?2001 Fluke Corporation, All rights reserved MET/CAL Procedure
=============================================================================
INSTRUMENT: HP 34401A: CAL ADJ IEEE /5520
DATE: 2001-09-27
AUTHOR: Fluke Corporation
REVISION: $Revision: 1.3 $
ADJUSTMENT THRESHOLD:70%
NUMBER OF TESTS: 1
NUMBER OF LINES: 669
CONFIGURATION: Fluke 5520A
=============================================================================
#
# Source:
# HP 34401A Multimeter Service Guide (1st edition, November 1991)
# Consultation with Hewlett-Packard
#
# Compatibility:
# MET/CAL 5.0 or later
#
# Required Files:
# None
#
# System Specifications:
# TUR calculation is based on 5520A 90 day specifications.
#
# Subprocedures:
# None
#
STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD234 CON
1.001ASK- V
1.002HEAD PRELIMINARY INSTRUCTIONS
1.003DISP WARNING
1.003DISP HIGH VOLTAGE is used or exposed during the performance
1.003DISP of this calibration. DEATH ON CONTACT may result if
1.003DISP personnel fail to observe safety precautions.
1.004DISP Ambient temperature: 18C - 28C.
1.004DISP Relative humidity: less than 80%.
1.004DISP Warmup time: 2 hour.
1.005DISP Connect the UUT to GPIB port 1.
# Reset UUT, set Std Event bit on error, and get ID string.
1.006IEEE *RST;*CLS;*ESE 60;*IDN?
# Get primary rev. # out of ID string "HEWLETT-PACKARD,34401A,0,XX-XX-XX"
1.007MATH M = FLD(FLD(MEM2, 4, ","), 1, "-")
1.008HEAD ESTABLISH NEED FOR -10V DC ADJUSTMENT
1.009OPBR Has the A-to-D converter been serviced or the
1.009OPBR calibration RAM (U505) been replaced since
1.009OPBR the last successful calibration adjustment?
1.010MATH M = MEM1
1.011HEAD ESTABLISH NEED FOR 500V DC ADJUSTMENT
# This calibration is available starting with firmware revision 3.
1.012MATH MEM1 = M - 3
1.013JMPF 1.017
1.014OPBR Has the divider network (U101) or the
1.014OPBR calibration RAM (U505) been replaced since
1.014OPBR the last successful calibration adjustment?
1.015MATH M = MEM1
1.016JMP 1.018
# Firmware revision is not 3 or later.
1.017MATH M = -1
1.018HEAD ESTABLISH NEED FOR 1/100th SCALE AC ADJUSTMENT
# This calibration is available starting with firmware revision 2.
1.019MATH MEM1 = M - 2
1.020JMPF 1.024
1.021OPBR Has the AC section been serviced or the
1.021OPBR calibration RAM (U505) been replaced since
1.021OPBR the last successful calibration adjustment?
1.022MATH M = MEM1
1.023JMP 1.025
# Firmware revision is not 2 or later.
1.024MATH M = -1
# Unlock CAL Security
1.025IEEE CAL:SEC:STAT OFF,HP034401;*OPC?
1.026HEAD ZERO ADJUSTMENT: Front Panel
1.027DISP Connect a 4-Wire short to the UUT front input terminals.
1.028IEEE ROUT:TERM?
1.029MATH MEM1 = CMPI(MEM2, "FRON")
1.030JMPT 1.033
1.031DISP Place the FRONT/REAR switch in tht FRONT (out) position.
1.032JMP 1.028
1.033IEEE CONF:FRES 100,1E-4READ?
1.034MATH MEM1 = 120
1.035HEAD WAITING 2 MIN. FOR STABILIZATION. s
1.036MATH MEM1 = MEM1 - 1
1.037JMPT 1.035
1.038HEAD CHECKING FOR THERMAL STABILIZATION
1.039MATH M = MEM
1.040IEEE READ?
1.041MATH MEM1 = MEM - M
1.042JMPZ 1.044 0.00035U
1.043JMP 1.039
1.044HEAD ZERO ADJUSTMENT: Front Panel
1.045IEEE CONF:VOLT:DC;:CAL:VAL 0mV;:CAL?
# Read Status Byte once a second.
1.046IEEE
1.047MATH MEM1 = MEM
1.048JMPZ 1.046
# See if bit 5, "Standard Event" was set.Standard Events were enabled for
# Query Error, Device Error, Execution Error, or Command Error (*ESE 60)
1.049MATH MEM1 = MEM - 32
1.050JMPZ 1.518
1.051IEEE
1.052MATH MEM1 = MEM
1.053JMPZ 1.055
1.054JMP 1.522
1.055HEAD ZERO ADJUSTMENT: Rear Panel
1.056DISP Move the 4-Wire short to the UUT rear input terminals.
1.057IEEE ROUT:TERM?
1.058MATH MEM1 = CMPI(MEM2, "REAR")
1.059JMPT 1.062
1.060DISP Place the FRONT/REAR switch in tht REAR (in) position.
1.061JMP 1.057
1.062IEEE CONF:FRES 100,1E-4;*OPC?
1.063MATH MEM1 = 150
1.064HEAD WAITING 2.5 MIN. FOR STABILIZATION. s
1.065MATH MEM1 = MEM1 - 1
1.066JMPT 1.064
1.067HEAD CHECKING FOR THERMAL STABILIZATION
1.068MATH M = MEM
1.069IEEE READ?
1.070MATH MEM1 = MEM - M
1.071JMPZ 1.073 0.00035U
1.072JMP 1.068
1.073HEAD ZERO ADJUSTMENT: Rear Panel
1.074IEEE CONF:VOLT:DC;:CAL:VAL 0mV;:CAL?
1.075IEEE
1.076MATH MEM1 = MEM
1.077JMPZ 1.075
1.078MATH MEM1 = MEM - 32
1.079JMPZ 1.518
1.080IEEE
1.081MATH MEM1 = MEM
1.082JMPZ 1.084
1.083JMP 1.522
1.084HEAD DC VOLTAGE: 100mV Range
1.085IEEE ROUT:TERM?
1.086MATH MEM1 = CMPI(MEM2, "FRON")
1.087JMPT 1.090
1.088DISP Remove the short from the rear input terminals.
1.088DISP
1.088DISP Place the FRONT/REAR switch in tht FRONT (out) position.
1.089JMP 1.085
1.090DISP Connect the 5520A to the UUT as follows:
1.090DISP 5520A NORMAL HI to UUT FRONT INPUT HI
1.090DISP 5520A NORMAL LO to UUT FRONT INPUT LO
1.091IEEE CONF:VOLT:DC 100mV,MIN;*OPC?
1.0925520 100mV S2W
1.093IEEE CAL:VAL 100mV;:CAL?
1.094IEEE
1.095MATH MEM1 = MEM
1.096JMPZ 1.094
1.097MATH MEM1 = MEM - 32
1.098JMPZ 1.518
1.099IEEE
1.100MATH MEM1 = MEM
1.101JMPZ 1.103
1.102JMP 1.522
1.103HEAD DC VOLTAGE: 1V Range
1.104IEEE CONF:VOLT:DC 1V,MIN;*OPC?
1.1055520 1V S2W
1.106IEEE CAL:VAL 1V;:CAL?
1.107IEEE
1.108MATH MEM1 = MEM
1.109JMPZ 1.107
1.110MATH MEM1 = MEM - 32
1.111JMPZ 1.518
1.112IEEE
1.113MATH MEM1 = MEM
1.114JMPZ 1.116
1.115JMP 1.522
1.116HEAD DC VOLTAGE: 10V Range
1.117IEEE CONF:VOLT:DC 10V,MIN;*OPC?
1.1185520 10V S2W
1.119IEEE CAL:VAL 10V;:CAL?
1.120IEEE
1.121MATH MEM1 = MEM
1.122JMPZ 1.120
1.123MATH MEM1 = MEM - 32
1.124JMPZ 1.518
1.125IEEE
1.126MATH MEM1 = MEM
1.127JMPZ 1.129
1.128JMP 1.522
1.129MATH MEM1 = M
1.130JMPF 1.152
# These adjustments should be performed following repair of your multimeter.
# You are not required to perform these adjustments at any other interval.
1.131IEEE VOLT:DC:NPLC 100;*OPC?
1.1325520 10V S2W
# Obtain and store +10V calibration reading.
1.133IEEE READ?
1.134MATH M = MEM
1.1355520 -10V S2W
# Enter the +10V reading with the "-" sign for the -10V calibration value.
1.136MATH MEM = -1 * M
1.137IEEE CAL:VAL V;:CAL?
1.138IEEE
1.139MATH MEM1 = MEM
1.140JMPZ 1.138
1.141MATH MEM1 = MEM - 32
1.142JMPZ 1.518
1.143IEEE
1.144MATH MEM1 = MEM
1.145JMPZ 1.147
1.146JMP 1.522
# Verify that the -10V reading is within 30uV of the +10V reading.
1.147IEEE READ?
1.148MATH MEM1 = M + MEM
1.149JMPZ 1.152 3e-005U
1.150DISP -10V reading is not within 30uV of the +10V reading.
1.151JMP 1.523
1.152HEAD DC VOLTAGE: 100V Range
1.153IEEE CONF:VOLT:DC 100V,MIN;:VOLT:DC:NPLC 10;*OPC?
1.1545520 100V S2W
1.155IEEE CAL:VAL 100V;:CAL?
1.156IEEE
1.157MATH MEM1 = MEM
1.158JMPZ 1.156
1.159MATH MEM1 = MEM - 32
1.160JMPZ 1.518
1.161IEEE
1.162MATH MEM1 = MEM
1.163JMPZ 1.165
1.164JMP 1.522
1.165HEAD DC VOLTAGE: 1000V Range
1.166IEEE CONF:VOLT:DC 1000V,MIN;*OPC?
1.1675520 1000V S2W
1.168IEEE CAL:VAL 1000V;:CAL?
1.169IEEE
1.170MATH MEM1 = MEM
1.171JMPZ 1.169
1.172MATH MEM1 = MEM - 32
1.173JMPZ 1.518
1.174IEEE
1.175MATH MEM1 = MEM
1.176JMPZ 1.178
1.177JMP 1.522
1.1785520 * S
1.179MATH MEM1 = M
1.180JMPF 1.188
# This adjustment should be performed only after replacement of the divider
# network U101 of the calibration RAM U505.
1.181HEAD 100:1 DIVIDER NETWORK
1.1825520 500V S2W
1.183IEEE READ?
1.1845520 * S
1.185MATH MEM1 = 500 - MEM
# Check for a 82% marginal pass or failure.
1.186JMPZ 1.188 0.00492U
1.187DISP UUT reading is not within 82% of spec.
1.187DISP
1.187DISP Upon completion of this procedure you must perform the
1.187DISP "500 Vdc Adjustment Procedure" outlined in the section
1.187DISP "Optional Gain Calibration Procedures" of Chapter 4 in
1.187DISP the 34401A Service Guide.
1.188HEAD 4-WIRE RESISTANCE: 100 Ohm Range
1.189DISP Connect the 5520A to the UUT as follows:
1.189DISP 5520A NORMAL HI to UUT FRONT INPUT HI
1.189DISP 5520A NORMAL LO to UUT FRONT INPUT LO
1.189DISP 5520A AUX HI to UUT FRONT SENSE HI
1.189DISP 5520A AUX LO to UUT FRONT SENSE LO
1.190IEEE CONF:FRES 100 Ohm,MIN;*OPC?
1.1915520 100Z S4W
1.192IEEE CAL:VAL Ohm;:CAL?
1.193IEEE
1.194MATH MEM1 = MEM
1.195JMPZ 1.193
1.196MATH MEM1 = MEM - 32
1.197JMPZ 1.518
1.198IEEE
1.199MATH MEM1 = MEM
1.200JMPZ 1.202
1.201JMP 1.522
1.202HEAD 4-WIRE RESISTANCE: 1 kOhm Range
1.203IEEE CONF:FRES 1 kOhm,MIN;*OPC?
1.2045520 1kZ S4W
1.205IEEE CAL:VAL kOhm;:CAL?
1.206IEEE
1.207MATH MEM1 = MEM
1.208JMPZ 1.206
1.209MATH MEM1 = MEM - 32
1.210JMPZ 1.518
1.211IEEE
1.212MATH MEM1 = MEM
1.213JMPZ 1.215
1.214JMP 1.522
1.215HEAD 4-WIRE RESISTANCE: 10 kOhm Range
1.216IEEE CONF:FRES 10 kOhm,MIN;*OPC?
1.2175520 10kZ S4W
1.218IEEE CAL:VAL kOhm;:CAL?
1.219IEEE
1.220MATH MEM1 = MEM
1.221JMPZ 1.219
1.222MATH MEM1 = MEM - 32
1.223JMPZ 1.518
1.224IEEE
1.225MATH MEM1 = MEM
1.226JMPZ 1.228
1.227JMP 1.522
1.228HEAD 4-WIRE RESISTANCE: 100 kOhm Range
1.229IEEE CONF:FRES 100 kOhm,MIN;*OPC?
1.2305520 100kZ S4W
1.231IEEE CAL:VAL kOhm;:CAL?
1.232IEEE
1.233MATH MEM1 = MEM
1.234JMPZ 1.232
1.235MATH MEM1 = MEM - 32
1.236JMPZ 1.518
1.237IEEE
1.238MATH MEM1 = MEM
1.239JMPZ 1.241
1.240JMP 1.522
1.2415520 * S
1.242HEAD 4-WIRE RESISTANCE: 1 MOhm Range
1.243DISP Connect the 5520A to the UUT as follows:
1.243DISP 5520A NORMAL HI to UUT FRONT SENSE HI
1.243DISP 5520A NORMAL LO to UUT FRONT SENSE LO
1.243DISP 5520A NORMAL HI to UUT FRONT INPUT HI
1.243DISP 5520A NORMAL LO to UUT FRONT INPUT LO
1.244IEEE CONF:FRES 1 MOhm,MIN;*OPC?
1.2455520 1MZ S2W
1.246IEEE CAL:VAL MOhmCAL?
1.247IEEE
1.248MATH MEM1 = MEM
1.249JMPZ 1.247
1.250MATH MEM1 = MEM - 32
1.251JMPZ 1.518
1.252IEEE
1.253MATH MEM1 = MEM
1.254JMPZ 1.256
1.255JMP 1.522
1.256HEAD 4-WIRE RESISTANCE: 10 MOhm Range
1.257IEEE CONF:FRES 10 MOhm,MIN;*OPC?
1.2585520 10MZ S2W
1.259IEEE CAL:VAL MOhmCAL?
1.260IEEE
1.261MATH MEM1 = MEM
1.262JMPZ 1.260
1.263MATH MEM1 = MEM - 32
1.264JMPZ 1.518
1.265IEEE
1.266MATH MEM1 = MEM
1.267JMPZ 1.269
1.268JMP 1.522
1.2695520 * S
1.270HEAD DC CURRENT: 10mA Range
1.271DISP Connect the 5520A to the UUT as follows:
1.271DISP 5520A AUX HI to UUT FRONT 3A INPUT
1.271DISP 5520A AUX LO to UUT FRONT INPUT LO
1.272IEEE CONF:CURR:DC 10mA,MIN;*OPC?
1.2735520 10mA S2W
1.274IEEE CAL:VAL 0.010;:CAL?
1.275IEEE
1.276MATH MEM1 = MEM
1.277JMPZ 1.275
1.278MATH MEM1 = MEM - 32
1.279JMPZ 1.518
1.280IEEE
1.281MATH MEM1 = MEM
1.282JMPZ 1.284
1.283JMP 1.522
1.284HEAD DC CURRENT: 100mA Range
1.285IEEE CONF:CURR:DC 100mA,MIN;*OPC?
1.2865520 100mA S2W
1.287IEEE CAL:VAL 0.100;:CAL?
1.288IEEE
1.289MATH MEM1 = MEM
1.290JMPZ 1.288
1.291MATH MEM1 = MEM - 32
1.292JMPZ 1.518
1.293IEEE
1.294MATH MEM1 = MEM
1.295JMPZ 1.297
1.296JMP 1.522
1.297HEAD DC CURRENT: 1A Range
1.298IEEE CONF:CURR:DC 1A,MIN;*OPC?
1.2995520 1A S2W
1.300IEEE CAL:VAL 1;:CAL?
1.301IEEE
1.302MATH MEM1 = MEM
1.303JMPZ 1.301
1.304MATH MEM1 = MEM - 32
1.305JMPZ 1.518
1.306IEEE
1.307MATH MEM1 = MEM
1.308JMPZ 1.310
1.309JMP 1.522
1.310HEAD DC CURRENT: 3A Range
1.311IEEE CONF:CURR:DC 3A,MIN;*OPC?
1.3125520 2A S2W
1.313IEEE CAL:VAL 2;:CAL?
1.314IEEE
1.315MATH MEM1 = MEM
1.316JMPZ 1.314
1.317MATH MEM1 = MEM - 32
1.318JMPZ 1.518
1.319IEEE
1.320MATH MEM1 = MEM
1.321JMPZ 1.323
1.322JMP 1.522
1.3235520 * S
1.324HEAD AC VOLTAGE: 100mV Range
1.325DISP Connect the 5520A to the UUT as follows:
1.325DISP 5520A NORMAL HI to UUT FRONT INPUT HI
1.325DISP 5520A NORMAL LO to UUT FRONT INPUT LO
1.326IEEE CONF:VOLT:AC 100mV,MIN;*OPC?
1.3275520 100mV 1kH SI S2W
1.328IEEE CAL:VAL 100mV;:CAL?
1.329IEEE
1.330MATH MEM1 = MEM
1.331JMPZ 1.329
1.332MATH MEM1 = MEM - 32
1.333JMPZ 1.518
1.334IEEE
1.335MATH MEM1 = MEM
1.336JMPZ 1.338
1.337JMP 1.522
1.3385520 100mV 50kH SI S2W
1.339IEEE CAL:VAL 100mV;:CAL?
1.340IEEE
1.341MATH MEM1 = MEM
1.342JMPZ 1.340
1.343MATH MEM1 = MEM - 32
1.344JMPZ 1.518
1.345IEEE
1.346MATH MEM1 = MEM
1.347JMPZ 1.349
1.348JMP 1.522
1.349HEAD AC VOLTAGE: 1V Range
1.350IEEE CONF:VOLT:AC 1V,MIN;*OPC?
1.3515520 1V 1kH SI S2W
1.352IEEE CAL:VAL 1V;:CAL?
1.353IEEE
1.354MATH MEM1 = MEM
1.355JMPZ 1.353
1.356MATH MEM1 = MEM - 32
1.357JMPZ 1.518
1.358IEEE
1.359MATH MEM1 = MEM
1.360JMPZ 1.362
1.361JMP 1.522
1.3625520 1V 50kH SI S2W
1.363IEEE CAL:VAL 1V;:CAL?
1.364IEEE
1.365MATH MEM1 = MEM
1.366JMPZ 1.364
1.367MATH MEM1 = MEM - 32
1.368JMPZ 1.518
1.369IEEE
1.370MATH MEM1 = MEM
1.371JMPZ 1.373
1.372JMP 1.522
1.373HEAD AC VOLTAGE: 10V Range
1.374IEEE CONF:VOLT:AC 10V,MIN;*OPC?
1.3755520 10V 1kH SI S2W
1.376IEEE CAL:VAL 10V;:CAL?
1.377IEEE
1.378MATH MEM1 = MEM
1.379JMPZ 1.377
1.380MATH MEM1 = MEM - 32
1.381JMPZ 1.518
1.382IEEE
1.383MATH MEM1 = MEM
1.384JMPZ 1.386
1.385JMP 1.522
1.3865520 10V 50kH SI S2W
1.387IEEE CAL:VAL 10V;:CAL?
1.388IEEE
1.389MATH MEM1 = MEM
1.390JMPZ 1.388
1.391MATH MEM1 = MEM - 32
1.392JMPZ 1.518
1.393IEEE
1.394MATH MEM1 = MEM
1.395JMPZ 1.397
1.396JMP 1.522
1.397IEEE DET:BAND 3;*OPC?
1.3985520 10V 10H SI S2W
1.399IEEE CAL:VAL 10;:CAL?
1.400IEEE
1.401MATH MEM1 = MEM
1.402JMPZ 1.400
1.403MATH MEM1 = MEM - 32
1.404JMPZ 1.518
1.405IEEE
1.406MATH MEM1 = MEM
1.407JMPZ 1.409
1.408JMP 1.522
1.409HEAD AC VOLTAGE: 100mV Range
1.410IEEE CONF:VOLT:AC 100mV,MIN;*OPC?
1.4115520 10mV 1kH SI S2W
1.412IEEE CAL:VAL 10mV;:CAL?
1.413IEEE
1.414MATH MEM1 = MEM
1.415JMPZ 1.413
1.416MATH MEM1 = MEM - 32
1.417JMPZ 1.518
1.418IEEE
1.419MATH MEM1 = MEM
1.420JMPZ 1.422
1.421JMP 1.522
1.422HEAD AC VOLTAGE: 100V Range
1.423IEEE CONF:VOLT:AC 100V,MIN;*OPC?
1.4245520 100V 1kH SI S2W
1.425IEEE CAL:VAL 100V;:CAL?
1.426IEEE
1.427MATH MEM1 = MEM
1.428JMPZ 1.426
1.429MATH MEM1 = MEM - 32
1.430JMPZ 1.518
1.431IEEE
1.432MATH MEM1 = MEM
1.433JMPZ 1.435
1.434JMP 1.522
1.435HEAD AC VOLTAGE: 100V Range
1.436IEEE CONF:VOLT:AC 100V,MIN;*OPC?
1.4375520 100V 50kH SI S2W
1.438IEEE CAL:VAL 100V;:CAL?
1.439IEEE
1.440MATH MEM1 = MEM
1.441JMPZ 1.439
1.442MATH MEM1 = MEM - 32
1.443JMPZ 1.518
1.444IEEE
1.445MATH MEM1 = MEM
1.446JMPZ 1.448
1.447JMP 1.522
1.448HEAD AC VOLTAGE: 750V Range
1.449IEEE CONF:VOLT:AC 750V,MIN;*OPC?
1.4505520 700V 1kH SI S2W
1.451IEEE CAL:VAL 700V;:CAL?
1.452IEEE
1.453MATH MEM1 = MEM
1.454JMPZ 1.452
1.455MATH MEM1 = MEM - 32
1.456JMPZ 1.518
1.457IEEE
1.458MATH MEM1 = MEM
1.459JMPZ 1.461
1.460JMP 1.522
1.461HEAD AC VOLTAGE: 750V Range
1.462IEEE CONF:VOLT:AC 750V,MIN;*OPC?
1.4635520 250V 50kH SI S2W
1.464IEEE CAL:VAL 250V;:CAL?
1.465IEEE
1.466MATH MEM1 = MEM
1.467JMPZ 1.465
1.468MATH MEM1 = MEM - 32
1.469JMPZ 1.518
1.470IEEE
1.471MATH MEM1 = MEM
1.472JMPZ 1.474
1.473JMP 1.522
1.4745520 * S
# This adjustment should be preformed after servicing AC section circuits of
# after replacement of the calibration RAM U505.
1.475MATH MEM1 = M
1.476JMPF 1.495
1.477HEAD 1/100th SCALE AC ADJUSTMENT
1.478IEEE CONF:CURR:AC 1A,MIN;*OPC?
1.4795520 0.0100A 1kH SI S2W
1.480IEEE CAL:VAL 0.01;:CAL?
1.481IEEE
1.482MATH MEM1 = MEM
1.483JMPZ 1.481
1.484MATH MEM1 = MEM - 32
1.485JMPZ 1.518
1.486IEEE
1.487MATH MEM1 = MEM
1.488JMPZ 1.490
1.489JMP 1.522
1.490IEEE READ?
1.491MATH MEM1 = 0.01 - MEM
1.492JMPZ 1.495 0.0004U
1.493DISP UUT reading is not 10mA +/-400uA.
1.494JMP 1.523
1.4955520 * S
1.496HEAD FREQUENCY
1.497IEEE CONF:FREQ 100kHz,0.1Hz;*OPC?
1.4985520 100kH 1V SI S2W
1.499IEEE CAL:VAL 100kHz;:CAL?
1.500IEEE
1.501MATH MEM1 = MEM
1.502JMPZ 1.500
1.503MATH MEM1 = MEM - 32
1.504JMPZ 1.518
1.505IEEE
1.506MATH MEM1 = MEM
1.507JMPZ 1.509
1.508JMP 1.522
1.5095520 * S
1.510HEAD
# Re-secure CAL security code.
1.511IEEE CAL:SEC:STAT ON
1.512JMPZ 1.525
1.513DISP ERROR: Error - Flatness Error too Great! Exit program!
1.514JMP 1.519
1.515MATH MEM1 = M
1.516DISP ERROR: Calculated dac value out of range!
1.517JMP 1.523
1.518IEEE SYST:ERR?
1.519DISP UUT Error:
1.520IEEE *CLS
1.521JMP 1.523
1.522DISP Cal. adjustment error reported by UUT.
1.523DISP P R O C E D U R E A B O R T E D !
1.524JMP 1.527
1.525HEAD
1.526DISP A D J U S T M E N T C O M P L E T E
1.527END 助人为乐
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wbxms:?2001 Fluke Corporation, All rights reserved MET/CAL Procedure=============================================================================
INSTRUMENT: .. (2013-02-0220:57) images/back.gif
感谢分享啊。 是不是我没有说清楚，我要的是计量校准实验室用的计量校准程序，烦请大侠赐教。 大大们，给力啊 应该是，HP 34401A: CAL VER IEEE /5520。 我们公司开发了 一套5720校准6 1/2万用表的程序可以校准34401 3420 34410 34970 8845 8846 等很多型号 功能强大 并且实用。 可以与我联系 13510805398
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