IPP50R140CPHKSA1

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The IPP50R140CPHKSA1, also known as a CoolMOS™, is a field-effect transistor (FET) designed for high voltage power applications, such as motor drives, power supplies, switching regulators, DC-DC converters, and AC-DC converters.

The IPP50R140CPHKSA1 is an exceptional choice for power device applications that require low losses, high frequency linear operation and high reliability. It is a single-polarity, self-protected, ultra-low resistance N-channel MOSFET. It is manufactured with a dielectrically isolated transistor chip in a surface-mount package, and features high switching speed, excellent avalanche and dv/dt rate performance, fast body diode, and circuit protection through reverse current capability.

The IPP50R140CPHKSA1 is designed for high current power applications. Its drain current is up to 50A, drain-source voltage up to 1400V, and drain-source on-state resistance is as low as 0.075Ω. This allows for improved conversion efficiency and greater power savings.

The IPP50R140CPHKSA1 is also ideal for high voltage motor control applications. It has a high transient immunity and can withstand large positive or negative electrical spikes, making it an excellent choice for electric vehicle applications. It also has a high blocking voltage up to 1400V and a low capacitance, which enables it to operate at high switching frequencies, resulting in high efficiency.

The working principle of the IPP50R140CPHKSA1 is fairly simple. When the Gate-Source voltage (Vgs) is increased, electrons flow from the source to the drain, creating a conducting channel between them. The applied voltage causes a change in the electric field which controls the number of electrons that flow from the source to the drain. As the Gate-Source voltage increases, the drain current increases, allowing the FET to switch from off to on state.

The IPP50R140CPHKSA1 is used in a wide variety of applications, ranging from motor control to power supplies. Its low on-state resistance, high blocking voltage, and outstanding transient immunity make it ideal for motor control and electric vehicle applications. It is also excellent for switching regulators and DC-DC converters, and is an ideal choice for applications requiring low power losses, high frequency linear operation, and high reliability.

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