The Keysight N6754A is a high-performance autoranging DC power module engineered for ATE systems and benchtop test applications. It delivers 300 W across a 60 V, 20 A output range with programming speeds 10 to 50 times faster than conventional programmable supplies. The module combines low noise (1 mV RMS, 6 mV peak-to-peak), high accuracy (0.06% + 25 mV voltage, 0.1% + 8 mA current), and rapid transient response (0.1 ms output settling, 0.4 ms programming settling) to support demanding test sequences.
Technical Specifications
• Output Range: 0–60 V, 0–20 A, 300 W maximum
• Autoranging: Yes
• Programming Accuracy (23°C ±5°C): Voltage 0.06% + 25 mV; Current 0.1% + 8 mA
• Measurement Accuracy: 55 mV
• Output Response Time: 0.1 ms
• Programming Settling Time: 0.4 ms (up/down)
• Voltage Ripple & Noise (20 Hz–20 MHz): 6 mV peak-to-peak, 1 mV RMS
• Current Ripple: 4 mA RMS
• Command Processing Time: 18 ms
• 4-Wire Remote Sense: Yes
• Interfaces: GPIB, LAN, USB; LXI compliant
– Key Features
• Adjustable slew rate control for user-defined output ramps
• Arbitrary waveform generation for complex dynamic test profiles
• LIST Mode operation for sequential multi-step power sequences
• Integrated data logger for automated measurement recording
• Optional high-speed test extension (oscilloscope-grade digitizer for transient capture)
• Optional output disconnect relays (Option 760/761) for polarity reversal and mechanical isolation; achieves ±350 mV settling band when installed
• Double-wide module footprint
– Typical Applications
Automated test environments requiring rapid source programming, component characterization across wide voltage and current ranges, transient response measurement, and waveform injection for power conversion and device validation.
– Compatibility & Integration
The N6754A integrates into the N6700 Low-Profile Modular Power System (1U height for compact ATE racks) and the N6705 DC Power Analyzer for benchtop configurations. It is one of 20+ available modules within the N6700 family, enabling mixed-capability mainframe designs.
