Fuji 2MBI400VG-060 IGBT Module

The Fuji 2MBI400VG-060 is an IGBT (Insulated Gate Bipolar Transistor) module designed for top energy functions that require high-speed switching and voltage drive capabilities. Under are the options, functions, and most rankings of this module:

Options:

1. Excessive-Velocity Switching: The module is able to quick switching, which is crucial for high-frequency functions.
2. Voltage Drive: It makes use of voltage management for gate activation, making it appropriate for voltage-driven IGBT functions.
3. Low Inductance Module Construction: The module is designed with low inductance to reduce inductive results and enhance switching efficiency.

Functions:

1. Inverter for Motor Drive: Utilized in motor management methods to transform DC energy to AC energy for driving motors.
2. AC and DC Servo Drive Amplifier: Utilized in servo drive methods for exact and managed movement management.
3. Uninterruptible Energy Provide (UPS): Used to supply backup energy throughout energy outages or fluctuations.
4. Industrial Machines, corresponding to Welding Machines: Appropriate for high-power industrial tools, together with welding machines.

Most Scores (Tc=25°C until in any other case specified):

1. Collector-Emitter Voltage Vces: 600V – That is the utmost voltage that may be utilized between the collector and emitter terminals.
2. Gate-Emitter Voltage VGES: ±20V – The utmost voltage that may be utilized between the gate and emitter terminals.
3. Collector Present Ic: 400A – Most allowable steady collector present.
4. Collector Present Icp: 800A – Most allowable peak collector present (normally throughout quick pulses).
5. Collector Energy Dissipation Computer: 1970W – The utmost energy that may be dissipated by the collector.
6. Collector-Emitter Voltage VCES: 2500V – The utmost voltage that may be utilized between the collector and emitter terminals within the off-state.
7. Working Junction Temperature Tj: +150°C – The utmost temperature allowed on the semiconductor junction throughout operation.
8. Storage Temperature Tstg: -40 to +125°C – The temperature vary inside which the module may be safely saved.
9. Mounting Screw Torque: 3.5 * 2 N·m – The beneficial torque for mounting screws throughout set up.