FP4SDST14M5

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The FP4SDST14M5 is a high-speed insulated gate bipolar transistor (IGBT) module. It was developed by Fuji Electric, a leader in IGBT components and technology. The FP4SDST14M5 offers superior performance and reliability in high-power applications. It is an ideal choice for applications in industries requiring high-power systems such as automotive, aerospace, and energy production.

The FP4SDST14M5 is designed for power control applications, such as but not limited to motor control, lighting control, and industrial control. It has a wide range of operating conditions, making it suitable for harsh environmental conditions. Its insulated gate construction ensures high ruggedness and long life, plus low gate leakage currents. This IGBT module features low junction capacitance, low gate threshold voltage, and low bootstrap voltage.

The performance of the FP4SDST14M5 is excellent. It can handle up to 1500V for high inductive loads likerelays, reed switches, solenoids, and contactors. It also features high-speed switching speeds up to 4kV/μs (1500V) with 2 μs min fall time. The maximum frequency is 150 kHz. The maximum collector current is 45A.

The working principle of the FP4SDST14M5 is fairly simple. It is an insulated gate type bipolar transistor formed by three terminal devices: collector, emitter, and gate. By applying a voltage to the gate, the resistance between the collector and the emitter decreases. This allows current to flow from the collector to the emitter. The current flow shows the transistor is “on”. When the voltage is removed, the gate junction is re-established and current stops flowing, showing the transistor is “off”.

In conclusion, the FP4SDST14M5 is a high-speed insulated gate bipolar transistor module ideal for power control applications. It has a wide range of operating conditions and high-speed switching speeds. The working principle is fairly simple. With its superior performance and reliability, the FP4SDST14M5 is a great choice for harsh environmental conditions and high-power systems.

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