How Choosing the Right Programmable AC Power Source Can Make or Break Your Test Strategy
Choosing the right programmable AC power source is critical to the success of your test strategy. From simulating global voltage/frequency standards to replicating grid disturbances, the right source gives you the control to test smarter, faster, and with more confidence. The wrong choice can limit your flexibility, slow down production, or even miss critical failures.
Manuals | 6500 Series
User Manuals for Programmable AC Sources, models 6530, 6520, and 6512.
Manuals | 6400 Series
User Manuals for Programmable AC Power Source, 6400 models.
Converting DSO oversampled waveform captures to user defined waveforms
Engineers may have captured a distorted voltage waveform at a particular location because it causes their device under test (DUT) to malfunction using a digital storage oscilloscope (DSO) with the intent to reproduce the voltage waveform in a laboratory environment for product improvement. The Chroma 61500 series or 61800 series programmable AC voltage supplies are capable of reproducing complex user defined AC voltage waveforms. A waveform cycle can be imported from a Microsoft® Office Excel file with 1024 sample points. Up to six user defined waveforms can be stored at a time on the Chroma source.
LED Driver Testing
Brochure highlighting the Chroma solutions for LED Driver testing.
Electric Vehicle Testing Solutions
Brochure covering Chroma Electric Vehicle testing hardware.
TEC Tri Temperature Test for Semiconductor ICs
This application note describes testing ICs for the Tri-temp test requirement.
A615003 Boost Transformer Remote Interface Instructions
This application note describes how to remotely control the A615003 when attached to a 61500 or 61600 AC Source.