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General| Type | Multi-Product Calibrator |
|---|---|
| Voltage DC Range | 0 to ±1020 V |
| Current DC Range | 0 to ±20.5A |
| Resistance Range | 0 to 1100 MΩ |
| Interface | IEEE-488, RS-232 |
| Power Supply | 50/60Hz |
| Voltage AC Range | 0 to 1020 V |
Overview of the Fluke Model 5520A Multi-Product Calibrator and its capabilities.
Lists the 5520A specifications, valid after warm-up, and includes dimensional outline.
Details general specifications including warmup, settling time, temperature, altitude, safety, and EMC.
Provides absolute uncertainty, stability, resolution, and noise for DC voltage outputs.
Details absolute uncertainty, resolution, compliance voltage, and noise for DC current outputs.
Lists absolute uncertainty, floor values, resolution, and allowable current for resistance ranges.
Provides specifications for AC voltage (sine wave) including uncertainty, distortion, and noise.
Details specifications for AC current (sine wave) including uncertainty, compliance adder, and noise.
Lists absolute uncertainty and allowed frequency/charge-discharge rate for capacitance ranges.
Provides absolute uncertainty for various thermocouple types and temperature ranges.
Lists frequency range, resolution, absolute uncertainty, and jitter.
Provides a block diagram discussion of the calibrator’s analog and digital sections.
Details the blocks within the DDS assembly, including references, gain elements, and DACs.
Describes the current assembly, its ranges, voltage outputs, and constituent blocks.
Explains the voltage assembly's generation of DC and AC voltage outputs.
Details the Main CPU's communication with other assemblies and its memory structure.
Explains AC line voltage application to the power module and internal grounds.
Guidance on recalibration intervals and using the manual for site calibration.
Lists consolidated required equipment for calibrating and verifying the 5520A.
Outlines the major steps involved in the calibration procedure.
Procedure for calibrating the DC volts function using specific test equipment.
Procedure for calibrating the AC volts function using specific test equipment.
Details the procedure for calibrating the DC current function, including saving constants.
Explains AC current calibration, including shunt characterization procedures.
Procedure for calibrating resistance function using DMM and resistance standards.
Procedure for calibrating the capacitance function using LCR meter and special cables.
Procedure to zero the calibrator, recalibrating internal circuitry and DC offsets.
Tests DC voltage performance against specified limits.
Tests AC voltage performance against specified limits.
Tests AC current performance against specified limits using shunts.
Verifies capacitance performance against specified limits using RCL meter.
Verifies frequency accuracy using a Fluke PM 6680B Frequency Counter.
Information on instrument servicing and access procedures for modules.
Details procedures for removing various assemblies like analog modules and CPU.
Step-by-step guide for removing Voltage, Current, DDS, or Synthesized Impedance modules.
Procedure for removing the Main CPU PCA without affecting rear panel or filter PCA.
Explains the instrument's self-testing capabilities for isolating faulty modules.
Details the steps to run diagnostics, including cable removal and short circuit connection.
Provides a comprehensive list of error messages and their meanings.
Lists replaceable parts for the Fluke 5520A, organized by assembly.
Information on ordering electronic components directly from Fluke or its representatives.
Part details for the PCB Keyboard assembly.
Part details for the PCA Synthesized Impedance assembly.
Part details for the PCA DDS assembly.
Part details for the PCA Current assembly.
Part details for the PCA Sub-Assembly, Voltage.
Part details for the PCA Main CPU assembly.
Part details for the modified Front Panel assembly.
Part details for the Encoder Wheel component.
Part details for the Main Power Transformer.
Information and service procedures for the SC600 Oscilloscope Calibration Option.
Lists specifications for the SC600 Option, valid under specific operating conditions.
Details DC signal and Square Wave signal voltage specifications for SC600.
Provides edge characteristics like rise time, amplitude range, and aberrations.
Details leveled sine wave specs including amplitude, frequency, and distortion.
Lists specifications for wave generator characteristics: amplitude, range, and frequency.
Lists equipment and minimum specifications for SC600 calibration procedures.
Guidance on setting up for SC600 calibration, recommending factory return if possible.
Procedure for calibrating the DC voltage function of the SC600 option.
Procedure for calibrating the AC voltage function of the SC600 option.
Procedure to calibrate edge amplitude using HP 3458A and specific setup.
Procedure for calibrating leveled sine wave flatness in low and high frequency bands.
Procedure to calibrate pulse width using a digital storage oscilloscope.
Procedure for calibrating MeasZ function using known resistors and capacitors.
Overview of SC600 function verification procedures, recommending factory return.
Verifies DC voltage function against specified limits using HP 3458A.
Verifies AC voltage amplitude using HP 3458A and specific setup.
Verifies AC voltage frequency using PM 6680 Frequency Counter.
Verifies edge amplitude using HP 3458A and specific setup.
Tests and verifies the edge function's rise time using an oscilloscope.
Verifies edge aberrations by observing signals on an oscilloscope.
Verifies leveled sine wave amplitude using the 5790A AC Measurement Standard.
Verifies leveled sine wave frequency using a PM 6680 Frequency Counter.
Procedure for verifying leveled sine wave flatness in low and high frequency bands.
Example procedure for testing low frequency flatness using 5790A.
Procedure for testing high frequency flatness using HP 8482A power sensor.
Verifies time marker function using PM 6680 Frequency Counter.
Verifies wave generator function using 5790A AC Measurement Standard.
Procedure to verify pulse width using a digital storage oscilloscope.
Verifies MeasZ resistance function using known resistors and HP 3458A DMM.
Verifies MeasZ capacitance function using known capacitors and HP 4192A.
Verifies the overload function by testing output under overload conditions.
Details hardware adjustments for leveled sine and edge functions after repair.
Procedure to adjust leveled sine wave function, covering VCO balance and harmonics.
Procedure to adjust VCO balance for leveled sine wave function.
Procedure to adjust harmonics for the leveled sine wave function.
Procedure to adjust edge aberrations after repair for the edge function.
Detailed steps for adjusting edge aberrations using oscilloscope settings.
Information and service procedures for the SC300 Oscilloscope Calibration Option.
Lists specifications for the SC300 Option, valid under specific operating conditions.
Details DC Signal and AC Square Wave Signal voltage specs for SC300.
Provides edge characteristics like amplitude, frequency, rise time, and aberrations.
Details leveled sine wave specs including amplitude, frequency, and distortion.
Lists time marker specifications for various time intervals and wave shapes.
Details wave generator specs for square, sine, and triangle waves.
Lists equipment and minimum specs for SC300 calibration and verification.
Guidance on SC300 calibration, recommending factory return if possible.
Covers calibration and verification of square wave voltages for AC Voltage and Edge.
Procedure for calibrating the DC voltage function of the SC300 option.
Procedure for calibrating the AC Square Wave voltage function of the SC300.
Procedure to calibrate edge amplitude using HP 3458A and specific setup.
Verifies leveled sine wave amplitude using the 5790A AC Measurement Standard.
Procedure for calibrating leveled sine wave flatness in low and high frequency bands.
Example procedure for testing low frequency flatness using 5790A.
Procedure for testing high frequency flatness using power meter and sensor.
Overview of SC300 function verification procedures, recommending factory return.
Verifies DC voltage function against specified limits using HP 3458A.
Verifies AC voltage amplitude using HP 3458A and specific setup.
Verifies AC voltage frequency using PM 6680 Frequency Counter.
Verifies edge amplitude using HP 3458A and specific setup.
Verifies edge frequency using PM 6680 Frequency Counter.
Verifies edge duty cycle using PM 6680 Frequency Counter.
Tests and verifies the edge function's rise time using an oscilloscope.
Verifies edge aberrations by observing signals on an oscilloscope.
Verifies leveled sine wave amplitude using the 5790A AC Measurement Standard.
Verifies leveled sine wave frequency using a PM 6680 Frequency Counter.
Verifies leveled sine wave harmonics using a Spectrum Analyzer.
Procedure for verifying leveled sine wave flatness in low and high frequency bands.
Equipment setup for low frequency flatness procedures.
Equipment setup for high frequency flatness procedures.
Example procedure for testing low frequency flatness using 5790A.
Procedure for testing high frequency flatness using power meter and sensor.
Verifies time marker function using PM 6680 Frequency Counter.
Verifies wave generator function using 5790A AC Measurement Standard.
Verifies wave generator function at 1 MΩ impedance.
Verifies wave generator function at 50 Ω impedance.
Details hardware adjustments for leveled sine and edge functions after repair.
Procedure to adjust leveled sine wave function, covering VCO balance and harmonics.
Procedure to adjust harmonics for the leveled sine wave function.
Procedure to adjust edge aberrations after repair for the edge function.
Detailed steps for adjusting edge aberrations using oscilloscope settings.
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