Join Elektro-Automatik Experts to See How To More Effectively Use Autoranging in Power Supply Test Routines
An autoranging power supply automatically offers increased current at lower voltages, and vice versa, while maintaining full output allowing a single supply to address multiple voltage and current combination test requirements.
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Join Elektro-Automatik Experts to See How To More Effectively Use Autoranging in Power Supply Test Routines
An autoranging power supply automatically offers increased current at lower voltages, and vice versa, while maintaining full output allowing a single supply to address multiple voltage and current combination test requirements.
Programmable DC power supplies are essential tools in both product development and production test. In many instances, functional test requires subjecting the device-under-test (DUT) to a wide range of operating conditions, even drawing constant power under variable input conditions. In such circumstances, the ability of the programmable DC supply to provide increased current at reduced output voltage is a real advantage.
While many typical autoranging power supplies start to lose power before dropping to just 50% of their rated output voltage, EA Elektro-Automatik’s True Autoranging provides full power all the way down to 33% of the rated output voltage. Engineers can tend to oversize their DC power supplies that don’t offer Autoranging or even use multiple sources to compensate for this, wasting precious capital and rack space.
Download this on-demand webcast to learn to apply Autoranging to your tests today.