The Keysight E36323A is a single-output, dual-range programmable DC power supply delivering 120 W of stable, regulated power for R&D, manufacturing test, and quality assurance environments. Its dual voltage ranges (0–15 V and 0–30 V) accommodate diverse load requirements, with corresponding current outputs of 0–7 A and 0–4 A respectively. The unit combines exceptional line and load regulation (0.01% each) with low noise performance—under 350 µVrms across 20 Hz to 20 MHz—ensuring clean power for sensitive circuits. Programming accuracy reaches ± (0.05% of output + 10 mV) for voltage and ± (0.2% of output + 10 mA) for current, while readback accuracy supports precise measurement and verification.
Technical Specifications
• Output voltage ranges: 0–15 V and 0–30 V
• Output current ranges: 0–7 A (15 V range) / 0–4 A (30 V range)
• Line regulation: 0.01%
• Load regulation: 0.01%
• Programming accuracy (voltage): ± (0.05% of output + 10 mV)
• Programming accuracy (current): ± (0.2% of output + 10 mA)
• Readback accuracy (voltage): ± (0.1% of output + 5 mV)
• Readback accuracy (current): ± (0.2% of output + 10 mA)
• Ripple and noise (20 Hz–20 MHz): < 350 µVrms / 2 mVpp (voltage); < 2 mA rms (current)
• Transient response: < 50 µs
• Total power: 120 W
• Operating temperature: 0 to 40 °C
• Noise level: < 26 dBA (no load) / < 50 dBA (full load)
– Key Features
• Dual-range output for flexible voltage/current selection
• 4.3-inch color LCD display with individual voltage and current control knobs
• Front and rear output terminals for adaptable system integration
• Remote sensing (2-wire or 4-wire) for accurate load regulation
• Over-voltage, over-current, and over-temperature protection
• Fan cooling with adjustable speed to minimize acoustic noise
• EMC Class A performance for professional electromagnetic environments
– Interfaces
• GPIB (IEEE-488) and RS-232 for remote control and automation
– Typical Applications
Precision power delivery for device characterization, circuit board testing, subsystem validation, and automated test equipment integration requiring stable, low-noise DC power with programmable output.
