STGWT40H65FB Description
STGWT40H65FB is an obsolete single IGBT from STMicroelectronics, designed for high-power applications. It features a Trench Field Stop IGBT type and is packaged in a through-hole TO3P-3L tube. With a maximum collector-emitter breakdown voltage of 650V, it can handle a continuous collector current of 80A and a pulsed collector current of 160A. The device has a maximum power rating of 283W and a low on-state voltage of 2.3V at 15V gate drive, 40A collector current.
STGWT40H65FB Features
- 650V collector-emitter breakdown voltage for high-voltage applications
- 80A continuous collector current and 160A pulsed collector current for high-power handling
- 283W maximum power rating for efficient power management
- Low on-state voltage of 2.3V at 15V gate drive, 40A collector current for reduced power loss
- Trench Field Stop IGBT technology for improved switching performance and reduced conduction losses
- Fast switching times of 40ns on and 142ns off at 25°C for efficient operation
- 210nC gate charge for quick gate control
- REACH unaffected and RoHS3 compliant for environmental compliance
- Moisture Sensitivity Level 1 for unlimited storage time before reflow soldering
STGWT40H65FB Applications
STGWT40H65FB is ideal for high-power applications requiring efficient switching and low conduction losses. Some specific use cases include:
- Industrial motor drives: The high current and power ratings make it suitable for controlling large motors in industrial applications.
- Power supplies: The low on-state voltage and fast switching times enable efficient power conversion in high-power supplies.
- Renewable energy systems: The device's high voltage and power ratings are well-suited for solar inverters and wind turbine converters.
- Electric vehicles: The high current and power ratings, along with fast switching times, make it suitable for electric vehicle charging systems and traction motor controls.
Conclusion of STGWT40H65FB
STGWT40H65FB is a high-performance, obsolete single IGBT from STMicroelectronics, designed for high-power applications. Its unique features, such as Trench Field Stop technology, low on-state voltage, and fast switching times, provide significant advantages over similar models. Although it is now obsolete, it remains a suitable choice for high-power applications where efficient switching and low conduction losses are critical.