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General| Digits | 6.5 |
|---|---|
| DC Voltage Range | 100 mV to 1000 V |
| AC Voltage Range | 100 mV to 750 V |
| Resistance Range | 100 Ω to 100 MΩ |
| Connectivity | IEEE-488 (GPIB) |
| Display Type | VFD |
Specifies warranty exclusions and limitations for the product and its components.
Describes the Model 2000's capabilities, measurement ranges, and functions.
Describes the Model 2000 front panel layout, function keys, and operation keys.
Illustrates and describes the rear panel connectors and indicators.
Provides steps for connecting line power and turning on the instrument.
Details how to change line voltage settings and replace the power line fuse.
Provides critical safety instructions for measurements in high energy circuits.
Covers DCV and ACV measurements, connections, and range selection.
Covers DCI and ACI measurements, connections, and range selection.
Explains 2-wire and 4-wire resistance measurements, connections, and range.
Covers frequency and period measurements, connections, trigger level, and gate time.
Details temperature measurements using thermocouples and available ranges.
Introduces math operations: mX+b, percent, dBm, dB, and statistics.
Details continuity measurement using the 1kΩ range and threshold setting.
Explains how to measure forward voltage drop of diodes and zener voltage.
Discusses configuring the multimeter, including range settings, maximum readings, manual, and autoranging.
Explains how to use the FILTER function to stabilize noisy measurements and describes filter types.
Explains the RATE operation which sets the A/D converter's integration time.
Covers front panel triggering, trigger delay, reading hold, and external triggering.
Explains how to use external triggers via the EXT TRIG key and Trigger Link connector.
Shows a test system setup using Model 2000 and 7001/7002 for scanning.
Explains the buffer's capacity and how it stores readings and statistics.
Explains how to set and control HI/IN/LO status using limit values.
Covers using internal and external scanner cards for measurements.
Explains configuring internal/external scanning, channels, time, and reading count.
Details front panel operations to configure an external scan using a Model 7001.
Explains the two remote interfaces: GPIB bus and RS-232.
Covers choosing between SCPI, Keithley 196/199, and Fluke 8840A/8842A languages.
Covers sending/receiving data and selecting baud rate for RS-232 communication.
Details connecting the RS-232 serial port using a straight-through cable.
Covers GPIB bus standards, connections, primary address, and commands.
Shows how to connect the Model 2000 to the GPIB bus using IEEE-488 cables.
Explains how to set the GPIB address for the Model 2000.
Illustrates the Model 2000's status structure, registers, and their relationships.
Explains the output and error queues used for messages.
Explains SRQ control via Status Byte and Service Request Enable registers.
Details the bits and function of the Status Byte Register.
Explains the Service Request Enable Register as a mask for status summary bits.
Explains how serial polling is used to detect and manage SRQ events.
Summarizes operation over GPIB bus using SCPI commands from the Trigger subsystem.
Details control sources, delay, and device actions within the trigger model.
Covers syntax for common and SCPI commands, including command words and parameters.
Lists and defines common IEEE-488.2 commands.
Explains how to read the status byte register.
Covers commands for acquiring readings and controlling measurement process.
Explains the :READ? command for triggering and acquiring a specified number of readings.
Describes the :MEASure command combining configuration, trigger, and read operations.
Lists SCPI subsystems and corresponding table numbers for command summaries.
Explains commands for configuring and controlling Calculate subsystems.
Details commands for configuring and controlling CALC3 limit tests.
Explains commands used to control the display of the Model 2000.
Explains commands for selecting data format for transferring readings over the bus.
Explains commands to configure and control switching.
Defines internal and external scan lists and enables scanning.
Explains configuring and controlling measurement functions.
Details commands for configuring and controlling the Hold feature.
Covers commands for setting integration period (NPLCycles) and aperture.
Explains manually selecting the measurement range for specified functions.
Explains establishing a reference value for specified functions.
Explains configuring and controlling the digital averaging filter.
Explains commands for specifying thermocouple type and reference junction.
Explains controlling status registers for monitoring instrument events.
Explains setting contents of event enable registers to mask or unmask events.
Explains reading and clearing the Error Queue.
Covers miscellaneous system commands like BEEPer, PRESet, KCLick.
Explains commands for configuring and controlling data storage in the buffer.
Summarizes commands and subsystems for configuring the Trigger Model.
Specifies measure count for loop operations in the trigger model.
Configures measurement units for Temperature, ACV, and DCV.
Provides DC voltage, resistance, current, continuity, and diode test specifications.
Provides AC voltage and current accuracy specifications.
Provides specifications for frequency and period measurements.
Lists accuracy specifications for thermocouple temperature measurements.
Explains how to calculate accuracy for DC and AC characteristics.
Provides examples for calculating dBm accuracy based on reference impedance.
Explains calculating dB accuracy using voltage accuracy and reference voltage.
Provides configurations for optimizing accuracy in DC, AC, and Temperature measurements.
Suggests configurations for maximizing measurement speed.
Lists numerical error codes, their descriptions, and event types.
Illustrates changing measurement function and range via SCPI commands.
Explains one-shot triggering and SCPI trigger model implementation.
Explains using the Model 2000-SCAN card to take readings from different channels.
