Agilent/Keysight E36106B

The Keysight E36106B is a single-output, programmable DC power supply engineered for benchtop and system integration applications requiring precise voltage and current control. This 40 W linear supply delivers 0–100 V at up to 0.4 A with exceptional stability and low noise, making it ideal for powering sensitive test circuits and devices requiring tight regulation.

– Technical Specifications

Output voltage ranges from 0 V to 100 V with 6.0 mV programming resolution and 4 mV readback resolution. Output current spans 0 A to 0.4 A (400 mA) with 24 µA programming resolution and 16 µA readback resolution. Highly accurate low-current measurement capability resolves down to 120 nA. Programming accuracy is ±(0.05% of output + 40 mV) for voltage and ±(0.05% of output + 0.3 mA) for current. Readback accuracy is ±(0.05% of output + 20 mV) for voltage and ±(0.05% of output + 0.2 mA) for current. Voltage ripple and noise (20 Hz to 20 MHz) is limited to 2.5 mV RMS and 40 mV peak-to-peak; current noise is 160 µA RMS.

– Key Features

• Overvoltage, overcurrent, and overtemperature protection safeguard the DUT
• High-contrast OLED display with wide viewing angles
• SCPI and IVI programming support for automated test sequences
• USB and LAN (LXI Core) connectivity enables remote operation and integration into automated test systems
• Web interface and BenchVue software support for flexible control architectures
• Compact 2U, ¼ rack form factor (102 × 106 × 365 mm); weighs 3.6 kg
• RoHS compliant
• Input voltage: 100–230 VAC (47–63 Hz)

– Typical Applications

Ideal for device characterization, circuit validation, power supply development testing, and laboratory environments where stable, regulated DC power with excellent measurement accuracy is essential.

– Compatibility & Integration

Full compatibility with Keysight IO Libraries Suite ensures seamless integration into existing test infrastructure. Remote control via web interface and BenchVue software enables distributed test automation and data logging.