Keysight N7972A Power Supply
The Keysight N7972A Power Supply is engineered for high-performance automated test equipment (ATE) applications that demand rapid dynamic sourcing and measurement capabilities. This state-of-the-art power supply not only functions as a source but also serves as a load, making it particularly suitable for power storage applications. By connecting the N7972A with the N7909A APS power dissipater unit, you can incorporate full, 2-quadrant operation into your system, enhancing its flexibility and usability.
Accelerate Test Throughput with Industry-Leading Specifications
- Experience test speeds 100 times faster than standard system power supplies
- Command processing speed of less than 2 ms
- Fast up/down programming speeds reaching up to 500 µs
- Adjustable measurement rate to optimize speed without compromising accuracy
Advanced Measurement Capability for Accurate Characterization
- Dual voltage and current measurement capabilities deliver DMM-like accuracy
- Comprehensive measurement metrics including power, peak power, watt hour, and amp hour
Full Two-Quadrant Operation for Enhanced Testing Applications
- Ensures continuous, smooth operation between positive and negative current transitions
- Programmable positive and negative current limits, waveforms, and automatic downprogramming features
- Requires the N7909A power dissipater unit for full two-quadrant operation; standalone configuration provides 10% rated current two-quadrant operation
Track Power Events with a Black-Box Recorder
- Optional accessory: N7908A black-box recorder for real-time power event tracking
- Operates unobtrusively in the background, capturing power events while the APS supply is active
- Records critical data including measurement statistics, trigger events, and status bits
Power Flexibility with Built-in APS Paralleling
- Facilitates parallel operation up to 10 kW for enhanced power distribution
- Ensures equal current sharing among connected supplies
- Implemented with three-wire connections located on the rear panel, enabling each supply to operate effectively in constant voltage (CV) or constant current (CC) modes
