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General| Input Impedance | 10 MΩ |
|---|---|
| Display | LCD |
| Storage Temperature Range | -20 °C to 70 °C |
| Frequency Range | 1 MHz |
| Communication Interface | IEEE-488 |
| Humidity | 90% RH |
| Power Requirements | 100 V to 240 V, 50/60 Hz |
Provides performance tests, calibration, theory of operation, troubleshooting, and repair.
Lists telephone numbers and website for contacting Fluke Calibration for support.
Identifies conditions and procedures dangerous to the user or product.
Lists symbols used on the instrument and in the manual for clarity.
Details specifications for warm-up time, temperature, humidity, altitude, etc.
Lists general operational parameters like warm-up time, humidity, altitude, and temperature.
Details voltage ranges and their corresponding resolution and limits.
Describes absolute and relative specifications including stability, temp, humidity, and linearity.
Provides detailed AC voltage specifications across various ranges and frequencies.
Specifies relative AC voltage accuracy across ranges, frequencies, and time.
Details specifications for non-sinusoidal AC voltage measurements.
Lists absolute DC voltage specifications for various ranges and measurement modes.
Specifies relative DC voltage accuracy for various ranges and measurement modes.
Provides secondary performance specifications for AC and DC measurements.
Provides AC secondary performance specs like stability, temp coefficient, and input resistance.
Lists DC secondary performance specifications such as temperature coefficient and input resistance.
Details parameters like non-destructive input, isolation, volt-hertz product, and frequency accuracy.
Describes AUX input usage with current shunts and its specifications.
Provides absolute wideband specifications including flatness and temperature coefficient.
Describes the product as an automated AC-DC transfer standard and its critical elements.
Explains the functional block diagram of the AC-DC transfer process.
Describes the components of the unguarded digital section of the product.
Lists and describes the assemblies within the guarded analog section of the product.
Details the interconnectivity and function of key assemblies.
Describes the functions and components of the digital motherboard assembly.
Explains the role of the transformer assembly in power supply creation.
Details the connectors and components on the analog motherboard assembly.
Provides detailed descriptions of each assembly in the digital section.
Describes the CPU assembly's microprocessor, OS, and microcontroller.
Details the components of the front-panel assembly like keypad and USB port.
Describes the LED indicator board and its components.
Provides detailed descriptions of each assembly in the analog section.
Explains the function of the filter assembly in processing AC inputs.
Describes the dual functions of voltage regulation and digital controller for the guard.
Details the components of the transfer assembly including switches and amplifiers.
Explains circuitry for DC reference generation and thermal sensor measurement.
Describes the DAC's adjustable DC voltage output and pulse-width modulation.
Explains how the wideband module extends operating range and its input impedance.
Defines calibration methods and step-by-step procedures for main and wideband inputs.
Explains how calibration cycle selection affects specifications and reports.
Describes how calibration reports show shifts and can be saved.
Details how to create and export calibration reports to a USB flash drive.
Explains the security passcode for saving calibration constants and its management.
Describes performing full or range calibration for DC and AC functions.
Discusses using an automated system for calibration procedures.
Explains the organization of calibration constants in memory (active, stored, old sets).
Guides on calibrating the Product to external standards using various methods.
Outlines the sequence of procedures for calibrating the main input.
Explains how to characterize the DC source for main input DC calibration.
Provides step-by-step instructions for self-calibrating the 752A divider.
Details the values obtained from self-calibration of the reference divider.
Lists equipment required and procedures for DC calibration adjustment of the main input.
Details the steps and purpose for calibrating various DC voltage ranges.
Lists equipment and procedures for performing AC calibration of the main input.
Outlines the four main steps for calibrating the Wideband AC option.
Explains how to characterize the AC source for Wideband input calibration.
Provides steps for performing gain calibration adjustment at 1 kHz for each range.
Details the procedure for verifying Wideband input flatness.
Describes calibration of the AF option, performed via remote commands.
Covers verification of main input and Wideband input performance.
Explains how to verify the DC voltage performance of the main input.
Details measurements and calculations for main input verification across different regions.
Explains how to calculate AC-DC difference error for specific voltage ranges.
Describes how to verify absolute AC error for specific voltage ranges.
Outlines a method to determine absolute AC error by combining DC and AC-DC errors.
Explains a bootstrapping technique to verify absolute AC error for low voltage ranges.
Details procedures for verifying the 5790B Wideband input tolerance.
Describes verifying the gain of the Wideband input at 1 kHz.
Explains how to determine gain errors at frequencies other than 1 kHz.
Details the procedure for verifying the Wideband input flatness.
Describes verification of the AF option's calibration performance.
Explains how to manually update the full verification date after calibrations.
Discusses avoiding component-level repair and focusing on module replacement.
Provides instructions for cleaning the case, keys, and lens using a soft cloth.
Details the procedure for accessing and replacing fuses from the rear panel.
Explains how to clean the air filter to prevent overheating and maintain performance.
Provides step-by-step procedures for accessing internal components.
Describes how the top and bottom covers are secured and removed.
Explains how to access the digital section by removing its top cover.
Details the removal of separate covers for the analog section.
Provides steps for removing and installing the rear panel assembly.
Details the procedure for removing and installing the front panel.
Explains how to remove and install the display assembly after front panel removal.
Provides steps for removing and installing the keyboard assembly.
Describes removing analog assemblies after covers are off.
Details the removal and installation of the CPU assembly.
Provides steps for removing and installing the power transformer assembly.
Explains how to remove and install the unit's fans.
Lists and categorizes product error codes for troubleshooting.
Lists basic error codes related to error handling.
Lists error codes associated with self-calibration failures.
Lists error codes related to hardware configuration issues.
Lists error codes related to the inguard processor.
Lists error codes related to self-diagnostic tests.
Lists error codes related to the instrument's operational state.
Lists error codes related to the firmware updater.
Introduces the chapter on replacement parts and the information provided.
Provides information on ordering replacement parts from Fluke Calibration.
Lists final assembly parts with reference designators, part numbers, and quantities.
Lists parts included in the sheet metal kit.
Provides definitions for terms related to AC-DC transfer measurements.
Defines absolute uncertainty, including contributions from all sources.
Defines accuracy as the degree of agreement with a true value.
Describes calibration using artifact standards to reduce external requirements.
Defines an artifact standard as a stable object for reference.
Details error sources contributing to AC-DC difference correction uncertainty.
Explains the process of comparing AC voltage to known DC voltage.
Defines AC-DC difference as a measure of transfer device accuracy.
Defines SI base units, noting ampere as the only electric base unit.
Describes buffer as digital memory or an amplifier stage.
Defines burden voltage as maximum sustainable voltage across a load.
Defines calibration as comparison to a known standard.
Defines calibration constant as a coefficient for adjusting output or reading.
Defines calibration curve as a smooth curve through calibration points.
Defines calibration interval as the period for maintaining performance.
Defines calibration report as a record of calibration changes.
Defines a calibrator as a device supplying outputs for testing accuracy.
Defines characterization as a process for producing calibration constants.
Defines common mode noise as an undesired signal between terminals and ground.
Defines compliance voltage as the max voltage from a constant-current source.
Defines confidence level as a percentage indicating assurance.
Defines a control chart for monitoring process deviations.
Defines crest factor as the ratio of peak to RMS voltage.
Defines DAC as a device converting digital to analog voltage.
Defines derived units in the SI system.
Defines distribution function as a relationship between values and frequencies.
Defines drift as gradual change in a value over time.
Defines error as deviation from the correct value.
Defines flatness as output level variation with frequency.
Defines floor error as an uncertainty independent of reading.
Defines full scale as the upper limit for uncertainty specification.
Defines gain error as a deviation in the slope of output vs true output.
Defines ground as the voltage reference point in a circuit.
Defines ground loop as undesirable current induced by multiple chassis grounds.
Defines guard as a floating shield for sensitive circuitry.
Defines SI System of Units as the accepted international system.
Defines legal units as the highest echelon in a system of units.
Defines life-cycle cost considering all elements contributing to instrument cost.
Defines linearity as the relationship between two quantities.
Defines linearity error when output curve deviates from a straight line.
Defines MAP as a program for demonstrating measurement uncertainty.
Defines maximum time for AC-DC transfer within specified uncertainty.
Defines metrology as the science concerned with measurement.
Defines minimum input voltage for uncertainty specifications.
Defines specifications computed to satisfy calibration requirements of a UUT.
Defines noise as an undesirable signal superimposed on a desired signal.
Defines noise floor for AC-DC transfer due to noise factors.
Defines nonvolatile memory as retaining contents when power is off.
Defines normal mode noise as an undesired signal between terminals.
Defines offset error as the reading when input value is zero.
Defines parameters as independent variables in measurement.
Defines precision as the degree of agreement in measurements.
Defines predictability of a device's time-behavior.
Defines a primary standard as one maintained by authority.
Defines process metrology as tracking accuracy drift.
Defines random error as unpredictable variation in measurements.
Defines range as stated upper limits for uncertainty specifications.
Defines reference standard as the highest-echelon standard in a laboratory.
Defines relative uncertainty as specifications relative to a reference value.
Defines reliability as a measure of probability of failure.
Refers to 'precision'.
Defines resistance and its measurement in ohms.
Defines resolution as the smallest change detectable by a system.
Defines reversal error as difference in AC-DC transfer output with reversed polarity.
Defines RF frequency range.
Defines RMS value as equivalent power dissipation to DC value.
Defines RMS sensor as a device measuring RMS value by heat generation.
Defines scale as the absolute span of a reading range.
Refers to 'gain error'.
Defines a secondary standard maintained by comparison to a primary standard.
Defines sensitivity as the degree of response to input quantity change.
Defines settling time as time for reading to stabilize after voltage application.
Defines shield as a grounded covering for protection from interference.
Defines SI System of Units as the accepted international system.
Defines specifications as a precise statement of performance.
Defines square law where output is proportional to the square of the stimulus.
Defines stability as freedom from drift relative to a reference value.
Defines standard as a device used for reference and comparison.
Defines standard cell as a primary cell serving as a voltage standard.
Defines systematic error as constant or predictable error.
Defines temperature coefficient as a factor for calculating temperature change effects.
Defines test uncertainty ratio as the numerical ratio of uncertainties.
Defines thermal EMF as voltage generated when dissimilar metals are heated.
Defines traceability as relating measurement results to national standards.
Refers to 'AC-DC transfer'.
Defines transfer error as error induced by comparing instruments.
Defines transfer stability as change in AC-DC difference correction over time.
Defines transfer standard used to compare devices.
Defines transport standard as a rugged transfer standard for shipment.
Defines true value as the accepted or correct value of a quantity.
Defines uncertainty as the range of values where the true value is expected to lie.
Defines units as symbols or names defining measured quantities.
Defines UUT as an abbreviated name for an instrument being tested.
Defines volt as the SI unit of electromotive force.
Defines verification as comparison to determine variation from required performance.
Defines working standard used in routine calibration and comparison.
Defines zero error as offset error when input value is zero.
Provides ASCII and IEEE-488 bus codes for communication.
Lists calibration constants organized by group for instrument configuration.
Lists basic calibration constants for DAC, A/D, and sensor components.
Lists calibration constants related to frequency counter gain.
Lists calibration constants for the DC DAC.
Lists autogenerated calibration constants for wideband DC sensors.
Lists calibration constants for AC linearity correction.
Lists calibration constants for ripple correction.
Lists factory calibration constants for wideband impedance and shunt measurements.
