Programmable AC Source 0-300V/DC,15-1K Hz/1.5KVA
The Chroma Model 61600 series Programmable AC Power Source delivers pure, instrument grade AC and DC power at very low cost. The 61600 AC power source offers output voltage from 0 to 300VAC, and frequency from 15 to 1000Hz. It is suitable for commercial , avionics, marine, and military applications from bench-top testing to mass productions.
The 61600 AC power source generates very clean AC output with typical distortion less than 0.3-0.5%. With power factor correction circuit, the 61600 AC power source yields higher efficiency and deliver more output
power .
Using the state-of-the-art PWM technology, the Chroma 61600 AC source is capable of delivering up to 6 times of peak current verses to its maximum rated current which makes it ideal for inrush current testing.
By using advanced DSP technology, 61600 AC power source offers precision and high speed measurements such as RMS voltage, RMS current, true power, power factor, and current crest factor.
The DC and AC+DC mode extend the applications when users need DC voltage component. The 61600 AC power source also provides an external analog input, to amplify the analog signal from arbitrary signal generator. Thus, it is capable to simulate the unique waveform which observed in the field.
With the LCD display and rotary nob, the Chroma 61600 AC power source offers versatile front panel operation. Users may also control the 61600 remotely via GPIB,RS232C or APG(Analog Programming) interface.
The self-diagnosis routine and the full protections against OPP, OCP, OVP and OTP ensure the quality and reliability for even the most demanding engineering testing and ATE application. If you are interested in the Chroma 61603 or items similar to it, please do not hesitate to contact us for more information. Our sales representatives will be happy to provide you with the most up-to-date information about the Chroma 61603 , as well as helping you find the product solution that fits your needs. - Model: 61603
- Manufactured by: Chroma
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