SPP06N60C3XKSA1

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The SPP06N60C3XKSA1 is a N-Channel enhancement mode MOSFET, most commonly used for switching applications. It is manufactured using the latest VISTAL-LON technology, which is a unique combination of vertical DMOS and anysilicon. This combination of technologies creates an exceptionally rugged and efficient power management device.

As a vertical DMOS device, the SPP06N60C3XKSA1 is a semiconductor device with a built-in collective electric field. The electric field has a much higher voltage status than the drain and source of the MOSFET, and is created by the charge of the majority carrier at the drain end and the minority carrier at the source end. By adjusting the electric field, the difference in voltage between the drain and the source can be changed, thus creating a switch.

The SPP06N60C3XKSA1 is designed for switching applications, with maximum drain-source voltage of 600V and drain current capacity of 40 amps. It has a rated gate-source voltage of ±20 volts, and a high gate charge of 95 nano-coulombs, allowing for a fast switching time of about 25 nanoseconds. The MOSFET also features a junction temperature of 175°C and a relatively low RDS(on) of 20 milliohms.

The SPP06N60C3XKSA1 is an ideal choice for many of today’s high power, high voltage applications, such as motor control circuits, motor soft start circuits, lighting control, and power supply design. It can also be used in circuits that require high speed thumbing, such as turn-key algorithm and protection devices. In addition, the low power loss of the MOSFET is beneficial for applications that require low noise and minimal heat generation.

Overall, the SPP06N60C3XKSA1 is a high performance MOSFET, offering high voltage and current capabilities, excellent switching speed, a wide temperature range, and low power loss. It is easy to use and provides reliable, long-lasting performance. The MOSFET can be used in a variety of applications, from switching applications to high voltage power supply design, motor control, and motor soft start circuits, making it an excellent choice for designers and power management engineers.

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