EA-PSI 9360-10 DT 1000W Programmable DC Power Supply

The EA-PSI 9360-10 DT is a high-performance, microprocessor-controlled laboratory power supply designed for demanding R&D, testing, and production applications. It delivers a wide output range of 0...360 V and 0...10 A with a maximum output power of 1000 W, featuring a high efficiency of up to 93%. The unit incorporates an advanced auto-ranging power stage that intelligently adjusts voltage and current to maintain the set power limit. Its built-in additional output filter ensures low ripple (58 mVpp / 11 mVrms typical) for clean and stable DC output. The intuitive color touch panel provides clear visualization and control of all parameters, while integrated protection features (OVP, OCP, OPP, OT) safeguard both the device and connected loads. With standard interfaces including USB, Ethernet, and a galvanically isolated analog interface, the EA-PSI 9360-10 DT supports easy integration into automated test systems. It also includes a true function generator and an arbitrary waveform generator capable of creating complex test sequences with up to 99 steps, making it a versatile tool for dynamic testing scenarios.

Key Features

• Wide Output Range: 0...360 V, 0...10 A, 0...1000 W with flexible auto-ranging power stage.
• High Efficiency & Low Ripple: Up to 93% efficiency and low output noise for precise power delivery.
• Intuitive Touch Panel: Color TFT display with multi-language support for easy operation and monitoring.
• Integrated Function Generator: Generates standard waveforms and supports arbitrary sequences (up to 99 steps).
• Comprehensive Protection: OVP, OCP, OPP, overtemperature protection, and discharge circuit (for voltages ≥200 V).
• Multiple Interfaces: USB, Ethernet, and galvanically isolated analog interface for remote control and system integration.
• Internal Resistance Simulation: Allows simulation of source impedance for realistic testing.
• Compliance & Safety: Meets SELV standards (EN 60950), with overvoltage category II and protection class I.