Why Buy
- Built-in fixture for testing axial and radial components
- A general purpose meter for component screening
- (Replacement for classic GenRad 1692 digibridge with years of proven service
Description
The GenRad 1692 LCR Meter is an RLC passive component tester that gives you the most cost effective alternative to high-priced LCR testers. It’s designed for the demanding applications in production testing, incoming inspection, component design and evaluation. It provides superior testing performance and capability at the lowest cost.
The GenRad 1692 LCR Meter is a sophisticated, microprocessor-controlled tester that brings new levels of flexibility, simplicity and accuracy to RLC measurement. It’s testing automation at its best with a range of programmable test frequencies and test voltages, as well as automatic limit comparison, automatic parameter selection, remote programmability, automatic binning and automatic zeroing. The display facilitates visual acquisition of test data and eliminates costly guesswork and errors. The 1692 LCR Meter provides a powerful combination of features designed to maximize productivity in production testing applications.
GenRad 1692 LCR Meter Features
- 0.05% Accuracy for RLC measurements; 0.0003 for D and Q measurements.
- Five selectable test frequencies: 100 Hz, 120 Hz, 1 kHz, 10 kHz and 100 kHz for greater versatility in component testing
- Choice of two commonly specified AC test voltages.
- Three keyboard-selectable test speeds; 2,4 or 8 measurements per second complements automatic handling equipment to maximize throughput.
- A choice of two measurement modes; Triggered and Continuous with averaging available in each ensures measurement flexibility.
- Wide choice of measurement parameters allow you to work with familiar units.
- A full, five-digit LED display for RLC measurements and a four-digit readout for D and Q testing, simultaneously display both test results for each measurement, automatically
- Guarded Kelvin measurement techniques protect measurement integrity.
- Automatic limit comparison and binning ensure fast, mistake-proof sorting of components.
- Optional IEEE-488.2 Interface enable remote programming and allow the addition of a component handler to optimize throughput.