PT100KN16

Bridge Rectifier Overview

The PT100KN16 is a three-phase diode module manufactured by KYOCERA AVX. It features a peak reverse voltage of 1.6 kV and an output current rating of 100 A. The device utilizes standard silicon technology and is designed for chassis or screw mounting. Key electrical parameters include a maximum forward voltage of 1.23 V and a maximum forward impulse current of 1.2 kA. The component operates within a temperature range of -40°C to +150°C.

Bridge Rectifier Feature Summary

• Three-phase rectification configuration
• High voltage isolation capability
• Robust mechanical mounting design

Bridge Rectifier Applications

• Industrial power conversion systems
• Motor drive applications
• High-power DC supply units

Bridge Rectifier Procurement Notes

Verify the specific datasheet version and any product change notifications prior to integration, as component specifications may evolve. Confirm that the mounting interface and thermal requirements align with the target system design. Ensure compliance with relevant environmental regulations and safety standards for the intended application environment.

Bridge Rectifier Selection Notes

Select this module for applications requiring high-current three-phase rectification at elevated voltages. Consider the thermal management capabilities required for the 100 A continuous current rating. Evaluate the mechanical constraints for chassis mounting and ensure adequate clearance for the 1.6 kV reverse voltage rating in the final assembly.

Bridge Rectifier Part Context

This component belongs to the diode module category from KYOCERA AVX. It is distinct from single-phase modules and bridge rectifiers, offering integrated three-phase functionality. The part is designed for industrial-grade performance, differing from consumer electronics components in terms of robustness and power handling capabilities.

Bridge Rectifier Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing circuit designs if considering alternative manufacturers. Check for pinout and mounting hole pattern similarities when evaluating potential cross-references.