Keithley Model 2790-H Digital Multimeter Single-module System for Low and High Voltage/Resistance Applications

Product Details

  • Manufacturer: Keithley

  • Model: 2790-H

  • Description:

    Model 2790-H Digital Multimeter Single-module System for Low and High Voltage/Resistance Applications

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The Model 2790-H is a single-module system designed for both low current and high voltage ohms (10M to 1G) applications. This “base” system provides all the capabilities needed for electrical testing of either single- or dual-stage inflators in single osition test stands (for example, test stands that test only one single- or dual-stage airbag at a time).With the addition of a Model 7702 40-channel differential multiplexer module (part of the Integra family of switch/measure solutions), the Model 2790-H + Model 7702 opens the door to higher channel count applications, such as hi-pot/continuity testing of connectors, harnesses, and power distribution devices up to 500V (internally sourced) up to 40 channels.

  • Single-instrument solution for continuity and hi-pot type leakage resistance measurements
  • Programmable constant V source (50-500V) supports high speed, high resistance measurements
  • Programmable constant I source (0-50mA) with dry circuit clamp helps prevent device stress or damage during low resistance measurements
  • Modular architecture adapts easily to single or dual inflator testing and to single or dual position test stands and mixed device/signal applications
  • Expandable multiplexer channels for multipin applications
  • Included 6-1/2 digit DMM with wide functionality and broad measurement ranges
  • Intelligent automation support and easy integration with external test hardware
  • GPIB, RS-232, and digital I/O interfaces for flexible controller options
  • SCPI programmable for simple code development and future extensions
  • 2-year calibration cycle of modules minimizes maintenance costs and system downtime

Product Average Rating:
(1 review)


Reviewed By: Shiri Zylberman
Date: 28-07-16

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