Agilent/Keysight E36155ABV

The Keysight E36155ABV is a single-output DC power supply bundle delivering 800 W at 60 V / 40 A with autoranging capability across 50–99.9 V and 30–49.9 A. The bundle combines the E36155A power module with advanced instrumentation software and dynamic analysis tools for laboratory and industrial testing. It captures transient behavior, generates arbitrary waveforms, and supports automotive standards compliance testing through integrated software control and fast data acquisition.

Technical Specifications

• Output: Single channel, 800 W maximum


• Output voltage: 60 V (range selector: 50–99.9 V)


• Output current: 40 A (range selector: 30–49.9 A)


• Input voltage: 100–230 VAC


• Autoranging: Yes, maintains maximum power across voltage and current combinations


• Programming accuracy - voltage: ±0.03% of output + 10 mV; current: ±0.1% of output + 10 mA


• Readback accuracy - voltage: ±0.03% of output + 10 mV; current: ±0.1% of output + 10 mA


• Line/load regulation: Excellent


• Output ripple and noise: Low


• Adjustable slew rate for inrush current limiting and voltage ramping


• 4-wire remote sensing for load-point voltage compensation

Key Features

• Scope View (E36150ADVU): Real-time capture of DC transients including current pulses, peak demands, dropouts, and rise times at 100 kHz sampling (10 µs resolution) with 256K sample memory depth.


• Arbitrary Waveform Generation (E36150ADVU): 512 setpoints with configurable dwell time; supports sine, step, ramp, staircase, pulse, trapezoid, and exponential waveforms. Extended bundle variant (E36155ABVX) enables 10,000 constant dwell setpoints.


• PathWave Advanced Power Control and Analysis Software (PW9252A): PC-based instrument control with advanced power analysis and automation capabilities.


• Automotive Standards Testing (E36150ATMU, E36155ABVX only): 7.5× faster output programming speed, ISO preset library (starting profile, reset behavior, motor regen, load dump), and e-logging with 1 ms sampling for voltage and current trace measurement.

Typical Applications Electronic device development, automotive power system validation, transient analysis, waveform simulation, and compliance testing under automotive standards.