6500 Series Programmable AC Source

Product enquiry for 6500 Series Programmable AC Source

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The global AC power testing requirements demand a sophisticated AC Power Source that is capable of simulating a wide variety of AC line conditions, harmonic waveforms, accurate power measurement and analysis. The Chroma 6500 series Programmable AC Power Source / Supply delivers the right solution to simulate all kinds of normal/abnormal input conditions and measures the critical characteristics of the product under test. It can be used for R&D design characterization, production testing, and QA verification of commercial, industrial, and aerospace electronic products.

The Chroma 6500 series power supplies deliver maximum rated power for any output voltage up to 300 Vac, and at any frequency between 15Hz to 2000Hz. It is suitable for commercial applications (47-63Hz); for avionics, marine, military applications at 400Hz or higher frequency; or for electrical motor, air-conditioner test applications at 20Hz. All models generate very clean sine or square waveforms output with typical distortion less than 0.5%.

The Chroma 6500 series has a built-in Direct Digital Synthesis (DDS) Waveform Generator to provide user programmable high precision waveforms.

Key Features

  • Direct Digital Synthesis (DDS) waveform generation
  • Programmable Sine, Square, or Clipped Sine waveform output
  • Programmable voltage, current limit, frequency, phase, and distortion
  • Power line disturbances simulation capability
  • 30 factory installed harmonic waveforms in the waveform library
  • User programmable harmonic waveforms
  • User programmable sequential output waveforms for auto-execution
  • Powerful measurement of Vrms, Irms, Ipk+, Ipk-, power, frequency, crest factor, power factor, inrush current, VA, VAR, etc.
  • Built-in power factor correction circuit provides input power factor of over 0.98 to meet the IEC regulations
  • Advanced PWM technology to deliver high power output in a light and compact rack-mountable package

Application Notes