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The SIGC15T60E is a bare die IGBT chip from Infineon Technologies, utilizing TRENCHSTOP™ IGBT3 technology. It features a 600V collector-emitter voltage rating and a 30A DC collector current capability at a maximum junction temperature of 175°C. The device has a die size of 3.92mm x 3.88mm with a silicon thickness of 70 µm on a 200 mm wafer. Static characteristics include a VCEsat of 1.1V to 1.9V at VGE=15V and IC=30A, and a gate-emitter threshold voltage ranging from 5.0V to 6.5V. Input capacitance is typically 1630 pF.
Verify the specific ordering suffix against the official datasheet to confirm the exact configuration and packaging format. Ensure that the procurement channel provides documentation confirming compliance with the specified storage environment requirements for moisture-sensitive devices. Confirm that the supplier can provide necessary quality assurance data for bare die components.
Select this component when designing power modules or discrete assemblies requiring high efficiency and ruggedness. Consider the thermal properties of the assembly, as switching characteristics depend heavily on mounting technology. Evaluate the need for RBSOA and SCSOA testing at the package level to ensure reliability under application-specific conditions.
This part belongs to the TRENCHSTOP™ IGBT3 family, characterized by advanced trench gate structures and field-stop layers. It is designed for industrial power control applications where low conduction and switching losses are critical. The bare die format allows integration into custom power modules or hybrid packages.
Direct replacement requires matching the die size (3.92mm x 3.88mm), voltage rating (600V), and current capability (30A). Verify compatibility with existing wire bonding and die attach processes. Consult Infineon for alternative bare die options within the same technology node if supply constraints exist.
No, the product is not qualified according to AEC-Q100 or AEC-Q101 standards and is intended for industrial applications.
The device uses a Ni-Ag system, and it is recommended not to consume the Ni layer completely during the production process to ensure a reliable connection.
No, switching characteristics and thermal properties depend strongly on the module design and mounting technology, so they cannot be specified for the bare die alone.