Keysight (Agilent) N5769A System DC Power Supply 100 V, 15 A, 1500 W

The Keysight N5769A is a 1500 W single-output DC system power supply engineered for automated test equipment (ATE) and industrial applications requiring precision voltage and current delivery. It delivers 100 V at 15 A in a compact 1U rack-mountable chassis, optimizing space in demanding test environments.

Technical Specifications

• Maximum output voltage: 100 V


• Maximum output current: 15 A


• Maximum output power: 1500 W


• Single output channel AC Input


• Input voltage range: 85–265 VAC


• Input frequency: 47–63 Hz


• Universal AC input with automatic range selection; no manual switching or fuse changes required


• Power factor correction (PFC): 0.99 typical Programming and Control


• Voltage programming: Analog voltage (0–5 V or 0–10 V) or resistance (0–5 kΩ or 0–10 kΩ)


• Current programming: Analog voltage (0–5 V or 0–10 V) or resistance (0–5 kΩ or 0–10 kΩ)


• Front panel adjustment via rotary encoders with coarse and fine control


• 15 programmable store/recall states for rapid setup recall


• Front panel control lock available to prevent inadvertent changes


• Analog programming and monitoring supported Measurement


• Built-in voltage and current measurement


• Voltage readback: 100 mV to 99.9 V Protection


• Over-voltage protection (OVP) with output shutdown on fault


• Over-current protection (OCP) with output shutdown on fault


• Over-temperature protection (OTP) with output shutdown on fault


• Under-voltage limit (UVL) for load safeguarding

Key Features

• 1U high, 19-inch wide rack-mountable form factor


• GPIB, LAN, and USB interfaces standard


• LXI Class C compliant


• Built-in web server for remote browser-based monitoring and control

Typical Applications Automated test systems, industrial power delivery, component characterization, and bench testing requiring stable, programmable DC output with integrated protection and remote access.

Compatibility & Integration Direct integration with ATE systems via GPIB, LAN, or USB. Web server interface enables remote operation and monitoring across networked environments. Analog control inputs support legacy and modern test frameworks.