EA-PSI 9200-04 DT 320W Programmable DC Power Supply

The EA-PSI 9200-04 DT is a high-precision, microprocessor-controlled laboratory and desktop DC power supply, delivering 0-200V and 0-4A output with a maximum power of 320W. Featuring a wide input range of 90-264VAC with active PFC and an efficiency of up to 89%, it ensures reliable operation in global settings. This model is part of the versatile EA-PSI 9000 DT series, designed for development, testing, and production environments. It combines a user-friendly color touch panel, comprehensive protection features, and extensive remote control interfaces (analog, USB, Ethernet) to seamlessly integrate into automated and semi-automated test systems. With its integrated function generator, internal resistance simulation, and low output ripple, the PSI 9200-04 DT offers exceptional flexibility and precision for demanding applications.

Key Features

• Wide Input & High Efficiency: Operates on 90-264 VAC with active PFC and achieves up to 89% efficiency.
• Precise & Flexible Output: Provides 0-200V, 0-4A, and 0-320W output with auto-ranging power stage for wide application coverage.
• Advanced User Interface: Intuitive color touch panel displays all values and status, enabling easy configuration of setpoints and limits.
• Comprehensive Protection: Includes configurable Overvoltage (OVP), Overcurrent (OCP), Overpower (OPP), and Overtemperature (OT) protection.
• Integrated Function Generator: Built-in arbitrary function generator applies complex waveforms to voltage or current output.
• Internal Resistance Simulation: Allows simulation and regulation of internal source resistance.
• Low Output Ripple: Features an additional output filter for clean, low-noise DC power.
• Extensive Remote Control: Equipped with galvanically isolated analog interface, USB, and Ethernet for easy system integration.
• Remote Sensing: Standard sensing input compensates for voltage drops at the load.
• Discharge Circuit (≥200V models): Safely discharges output capacitance to below 60V within 10 seconds after turn-off.