PCGA200T65NF8

Overview

The PCGA200T65NF8 is a bare die Insulated Gate Bipolar Transistor (IGBT) manufactured by onsemi. It utilizes Field Stop Trench Gen3 technology and operates at a voltage rating of 650 V with a current capacity of 200 A. The component features a square die size of 10 mm x 10 mm. Designed for high-power applications, it is intended to be integrated into power modules using aluminum wire bonding techniques.

Feature Summary

• Field Stop Trench Gen3 architecture
• Bare die format for module integration
• Aluminum wire bonding compatibility

Applications

• Power module assembly
• Industrial motor drives
• High-frequency inverter systems

Procurement Notes

Verify the specific revision status and wafer lot details when sourcing this bare die component. Ensure that the procurement channel provides official documentation confirming the 10mm x 10mm die dimensions and FS3 technology generation. Confirm that the supplier handles bare die materials according to appropriate handling standards for sensitive semiconductor components prior to module packaging.

Selection Notes

Select this component when designing power modules requiring a 650V, 200A IGBT solution based on trench field stop technology. The bare die format necessitates custom module design capabilities, specifically regarding thermal management and interconnection methods. Verify that the application environment supports aluminum wire bonding processes for reliable electrical connections within the final power assembly.

Part Context

This part belongs to onsemi's discrete transistor portfolio, specifically within the IGBT category. It represents a bare die variant rather than a packaged device, targeting original equipment manufacturers who fabricate their own power modules. The product leverages advanced trench gate technology to optimize switching performance and conduction losses for high-current industrial applications.

Replacement Considerations

Direct replacement requires matching the 10mm x 10mm die size and 650V/200A ratings. Verify compatibility with existing module footprints and wire bonding specifications. Consult official substitution lists for equivalent FS3 technology dies from the manufacturer to ensure consistent electrical characteristics and reliability profiles.