Keysight / Agilent N7952A Dynamic DC Power Supply
The N7952A is part of the innovative N7900 Series of dynamic DC power supplies, specifically engineered to excel in automated test equipment (ATE) applications that demand high-speed dynamic sourcing and precise measurement capabilities. Ideal for power storage applications, this power supply can easily transform any APS power supply into a versatile source and load.
Accelerate Test Throughput with Cutting-Edge Specifications
- Achieve test speeds up to 100 times faster than conventional system power supplies.
- Experience command processing speeds of less than 2 milliseconds.
- Benefit from fast up/down programming speeds of up to 500 microseconds.
- Adjust measurement rates for an optimal balance between speed and accuracy.
Advanced Measurement Capabilities for Accurate DUT Characterization
- Dual voltage and current measurement capabilities provide DMM-like precision.
- Comprehensive measurement options including power, peak power, watt hour, and amp hour metrics.
Full Two-Quadrant Operation: Perfect for Power Storage Testing
- Delivers continuous smooth operation during transitions between positive and negative current.
- Features programmable positive and negative current limits, current waveforms, and automatic downprogramming functions.
- Utilizes N7909A power dissipater units for complete two-quadrant operation; standalone units support 10% of rated current for two-quadrant tasks.
Monitor Power Events with a Black-Box Recorder
- Optional N7908A black-box recorder tracks power events invisibly while the APS supply is active.
- Logs measurement data, trigger events, status bits, and additional pertinent information for in-depth analysis.
Add Power Flexibility with Built-in APS Paralleling up to 10 kW
- Ensures equal current sharing amongst paralleled supplies for reliable performance.
- Utilizes three-wire connections located on the power supply's rear panel for seamless integration.
- Capable of supporting various operational modes, whether Constant Voltage (CV) or Constant Current (CC).
