The Keysight N6972A Advanced Power System is a single-output DC power supply delivering 2000 W across 0–40 V DC and 0–50 A DC in a compact 2U rack-mount form factor. Built on Keysight’s VersaPower architecture, it combines high-speed voltage and current programming with precision measurement capabilities to accelerate ATE test cycles and reduce development overhead. The unit achieves test speeds up to 100× faster than standard system supplies through 3 ms voltage programming, 100 µs transient response, and integrated power analysis functions.
Technical Specifications
• Output Power: 2000 W maximum
• Voltage Range: 0 to 40 V DC
• Current Range: 0 to 50 A DC
• Input: 240 VAC
• Form Factor: 2U rack mount (426.9 mm W × 88.1 mm H × 633.2 mm D)
• Programming Precision: 14-bit voltage and current
• Measurement Precision: 18-bit voltage and current
• Output Ripple: <9 mVpp
• Voltage Programming Time: 3 ms (500 µs with Option 303)
• Command Processing: <2 ms
• Transient Recovery: 100 µs
– Key Features
• Two-quadrant operation enables current-sink functionality; standard 10% of rated current, expandable to 100% with optional N7909A dissipater unit
• Parallel operation supports up to 10 kW with equal current sharing across multiple supplies
• Dual voltage and current measurement with DMM-grade accuracy; advanced functions include Power, Peak Power, Watt-hour, and Amp-hour calculations
• Adjustable measurement rate balances test speed against accuracy requirements
• Smart triggering and output sequencing with adjustable slew rate
• Optional arbitrary waveform generation and output list capability (Option 303)
• Optional black-box recorder (N7908A) logs continuous output parameters and trigger events
– Interfaces & Software Integration
• GPIB (IEEE-488), LAN (LXI-Core), USB
• BenchVue software for PC control without programming
• APS Power Assistant Software for advanced display, setup, and measurement functions
– Typical Applications
Automated test equipment for device characterization, power profile validation, power storage and efficiency measurements.
