This product is the VBP16I80, packaged in TO247 format and designed with a combination of Insulated Gate Bipolar Transistor (IGBT) and Fast Recovery Diode (FRD).
‘- **VCE(V):** The nominal collector-emitter voltage is 600/650V, indicating normal operation within this voltage range.
- **VGE(±V):** The nominal gate-emitter voltage is ±30V, indicating acceptance of control signals up to ±30V.
- **VGEth(V):** The gate-emitter threshold voltage is 5V, indicating that a voltage of 5V or higher is required to turn the transistor on.
- **VCEsat (V)typ@ VGE=15V:** When a gate-emitter voltage of 15V is applied, the collector-emitter saturation voltage is 1.7V, indicating the minimum voltage loss in the on-state.
- **ICE (A):** The maximum collector current is 80A, indicating the maximum operating current the device can withstand.
- **Technology:** Utilizes FS (Fast Switching) technology, indicating fast switching characteristics and high efficiency.
1. **Industrial Power Electronics Modules:** Due to its high voltage and large current characteristics, VBP16I80 is suitable for use in industrial power electronics modules such as inverters, motor drives, and AC/DC converters. In these applications, it can withstand high voltage and large current, while benefiting from fast switching and low saturation voltage, thereby improving system efficiency and reliability.
2. **Renewable Energy Systems:** In renewable energy systems such as solar inverters and wind converters, VBP16I80 can be used as a switching device to control energy conversion and regulation. Its high voltage and large current capabilities allow it to handle energy outputs at different power levels, with low conduction voltage and power consumption, thereby improving energy conversion efficiency.
3. **Electric Vehicle Charging Stations:** In electric vehicle charging stations, VBP16I80 can serve as a switching device to control charging current and voltage, enabling fast charging of electric vehicles. Its fast switching and high current characteristics support high-power charging demands, with low conduction losses, thus improving charging efficiency and safety.
The above are detailed specifications and application introductions of the VBP16I80 product, suitable for industrial power electronics modules, renewable energy systems, electric vehicle charging stations, and other fields and modules."
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