NS4-class ATE System DC Power Supply, 500 V, 12 A, regenerative

The Keysight RP5915A regenerative power system is a single-output, bi-directional, regenerative DC power supply with highly integrated safety features that protect both your people and your device under test.

prod_image
  • Adjustable slew rate

    Yes

  • Regenerative power

    Yes

  • Arbitrary waveform generation

    Yes

  • Maximum current per output

    12 A

  • Maximum power

    2000 W

  • Maximum voltage per output

    500 V

  • Command processing time

    30 ms

  • Measurement accuracy

    300 mV

  • Noise and ripple

    1500 mVpp

  • Output response time

    30 ms

  • Programming accuracy

    300 mV

  • Input phase voltage

    3 Phase 200/520 VAC

Top configurations

See what's included, and how you can upgrade your experience with Keysight.

RP5915A NS4-class ATE System DC Power Supply, regenerative
RP5915A NS4-class ATE System DC Power Supply, regenerative

Model:

RP5915A

QTY

Options

1

Regenerative DC Power Supply, 500V, +/-12A, 2kW | KeysightCare Technical Support - 3 years | Return to Keysight Warranty - 3 years.

Highlights

The Keysight RP5915A Regenerative Power System delivers a single-output, bidirectional DC power supply with integrated safety features that protect both your team and your device under test. Its regenerative design feeds energy back to the grid cleanly, helping you reduce energy consumption and lower cooling costs.

The RP5915A combines seamless source and load functionality in a compact 1U-high package, helping you save energy, minimize floor space, and shorten integration time.

The RP5915A enables you to do the following:

  • Delivers Output up to 500 V, ±12 A, 2 kW.
  • Operate in two-quadrant mode as a power source and electronic load.
  • Scales power or load capacity with up to 16 parallel units.
  • Enables output autoranging for greater flexibility.
  • Generate complex waveforms with built-in arbitrary waveform support.
  • Protect against over-voltage, over-current, over-power, over-temperature, voltage transient drop, and power grid faults.