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The IRGP4790-EPBF is a 650V, 140A N-channel IGBT in the IRGP47xxD series. It utilizes trench gate technology for low conduction and switching losses. The device features a TO-247AC package with a thermal resistance of 0.45°C/W. It supports an operating junction temperature up to +175°C and a maximum power dissipation of 455W. Designed for high-frequency applications between 8kHz and 30kHz, it includes a 5µs short-circuit rating and positive Vce(on) temperature coefficient for parallel operation.
Verify the manufacturer designation carefully, as Infineon Technologies acquired International Rectifier's assets. Confirm that the specific suffix '-EPBF' denotes the lead-free RoHS-compliant variant within the current Infineon portfolio. Ensure the datasheet revision matches the required electrical characteristics before finalizing procurement orders.
Select this component when high current handling at 650V is required alongside fast switching speeds. The 140A rating suits heavy-duty industrial loads. Consider the thermal resistance and package type for heatsink design. Verify compatibility with existing gate drive voltages and ensure adequate PCB copper area for the TO-247AC leads.
This part belongs to the IRGP47xxD family of super-fast IGBTs. It shares the same TO-247AC package and core trench technology as lower-current variants like the IRGP4640D and IRGP4660D. The primary distinction lies in the higher collector current rating of 140A, making it suitable for more demanding power conversion tasks compared to its siblings.
Direct cross-references include the IRGP4790DPBF. Designers should verify pinout compatibility and thermal parameters when substituting with other 650V 140A IGBTs from different manufacturers. Ensure the replacement device meets the same 5µs short-circuit requirement if applicable to the circuit design.
The device is rated for a short-circuit duration of 5 microseconds.
Yes, it features a positive Vce(on) temperature coefficient, which aids in parallel operation.
The device is optimized for switching frequencies ranging from 8kHz to 30kHz.