MDD200-22N1

Overview

The MDD200-22N1 is a discrete semiconductor module manufactured by IXYS, designed for high-current power applications. It features a silicon diode configuration with a maximum continuous forward current of 200 Amps and a peak reverse repetitive voltage rating of 2200V. The component utilizes a Y2-DCB package style and employs screw mount installation methods. Operating temperatures range from -40°C to +150°C, ensuring reliability in demanding environments.

Feature Summary

• High current handling capability suitable for industrial power systems
• Robust insulation via DCB substrate technology
• Secure mechanical attachment through screw mounting

Applications

• Industrial motor drives
• Power supply rectification
• Inverter circuits

Procurement Notes

Verify the specific datasheet revision before procurement, as manufacturing processes may evolve. Confirm that the Y2-DCB package dimensions match your thermal management design. Ensure the screw mounting torque specifications are strictly followed during assembly to maintain electrical integrity and prevent mechanical failure under thermal cycling conditions.

Selection Notes

Select this module when designs require high voltage blocking capabilities exceeding standard levels alongside substantial current throughput. The 2200V rating provides necessary safety margins for grid-connected or heavy-duty industrial equipment. Evaluate thermal resistance characteristics against your heatsink capacity to ensure junction temperatures remain within safe operational limits during peak load conditions.

Part Context

This component belongs to the MDD series of high-power diode modules from IXYS. These modules are engineered for robust performance in challenging electrical environments. The series typically serves critical infrastructure where reliability and longevity are paramount. Understanding the broader family context helps in assessing compatibility with existing system architectures and thermal solutions.

Replacement Considerations

MDD310-16N1 is listed as a potential substitute. Verify if the higher current rating and lower voltage specification meet your circuit requirements. Ensure pinout compatibility and thermal interface alignment before implementing any cross-replacement to avoid redesign efforts.