NHR LogoProgrammable AC electronic loads and programmable DC electronic loads

NH Research, Inc
16601 Hale Ave
Irvine, CA 92606
tel 949.474.3900
fax 949.474.7062

programmable ac electronic loads and programmable dc electronic loads

What products are tested with programmable electronic loads?
programmable ac electronic loads and programmable dc electronic loads
Typical applications for programmable electronic loads are the testing of DC power supplies, telecom rectifiers, battery chargers, UPSs, inverters, batteries, and fuel cells. In addition to production test, AC and DC electronic loads are used in engineering development, vendor qualification, depot repair, and incoming inspection.

Why NHR electronic loads?
programmable ac electronic loads and programmable dc electronic loads
NHR programmable AC and DC electronic loads are most commonly employed in automatic test equipment used for final test of power electronic products. Such "24/7" applications demand electronic loads with exceptional reliability, precision accuracy, wide configuration flexibility, and ease of calibration. After two decades of meeting these demanding requirements, NHR electronic loads have evolved to simply the best available to match the exacting final test needs of leading power electronic manufacturers worldwide.

How do I select the appropriate electronic load for my needs?
programmable ac electronic loads and programmable dc electronic loads
To make load selection as efficient as possible, we have provided a Load Selection Guide that allows the test engineer to hone in on the best fit without wading through endless detail specifications. From the Guide, one can click through to a specific product page that provides another layer of information on the primary feature set and specifications. From there, the test engineer can request detailed product specifications or a call from a factory power electronics test expert regarding the specific application.

We also suggest visiting our Frequently Asked Questions page for additional information on load tradeoffs usually not apparent in typical specification sheets.

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