NTP35N15G

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NTP35N15G is a power MOSFET in single configuration which belongs to the family of 60V N-channel MOSFETs. It is commonly used in automotive systems. The purpose of which is to control the speed or direction of a motor, to provide over-current protection, etc.

The MOSFETs are switching devices used to control the flow of electrical current. They allow for the precision control of electrical current without the need for manual operation or control. They are capable of carrying large currents and have low on-state resistance. The NTP35N15G is an N-channel MOSFET with a maximum drain source voltage of 60 V and a drain current capability of 15 A. It also has an on-state resistance of 14 mΩ.

The basic operating principle of a MOSFET is to use a gate voltage to control the current flow from the source to the drain. A positive voltage applied to the gate will increase the drain-source voltage which in turn increases the current flow. A negative voltage applied to the gate will decrease the drain-source voltage and decrease the current flow. The gate voltage is applied externally, usually through a controlling circuit. The controlling circuit can be used to regulate the current flow and turn on and off the device.

NTP35N15G can be used in many applications that require high current with precise control. Examples include motor speed control, solar power inverters, electric vehicle charging infrastructure, LED switching, and motor protection circuits. In motor speed control applications, the device can be used to switch current and regulate the speed by controlling the gate voltage. In solar power inverters and electric vehicle charging infrastructure, the device can be used to switch current and control the charge current. In LED switching and motor protection applications, the device can be used to switch current and protect the motor from over-currents.

The NTP35N15G MOSFET is a robust and reliable device that can be used in automotive and industrial applications where high current and precise control are required. It offers low on-state resistance and can operate up to 60V. It also has a high breakdown voltage, meaning it can withstand high electrical stresses without breaking down. Its wide operating range and low gate capacitance make it an ideal choice for power MOSFETs providing excellent control of current flow.

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