BUK7613-75B,118

The BUK7613-75B,118 is a single power MOSFET that is used in many common electronic applications.

A MOSFET is one type of field-effect transistor (FET) that controls electric signals by injection of electronic charge carriers, which can be electrons or holes, through an insulated gate. The current flow through a MOSFET is controlled by varying the amount of electric charge on the gate. As the voltage on the gate increases, the current flowing through the channel increases exponentially.

The BUK7613-75B,118 is a N-Channel enhancement mode power MOSFET. It consists of a MOSFET with a 100-volt V(th) drain-source breakdown voltage and a thumb-sized package. It is designed for power management applications, such as motor control and high-power digital logic circuits. It has a Gate-Source voltage of -20 volts and a drain-source On-resistance of 1.75ohms that is perfect for high-speed switching and low-power applications.

The BUK7613-75B,118 can handle a maximum of 65amps of drain current, making it ideal for applications such as high-power switching and motor control. It also has a maximum drain source voltage of 100v and the on-state resistance of 1.75ohms. The device is also designed with integrated built-in diodes to protect against reverse transients.

The BUK7613-75B,118 has many features that make it ideal for applications such as motor control and high-power digital logic circuits. It is small in size, has low On-resistance and a maximum drain current of 65amps. Additionally, it has integrated protection diodes and a Gate-Source voltage of -20 volts. It also has a temperature range of -55°C to 175°C.

In summary, the BUK7613-75B,118 is a single N-Channel enhancement mode MOSFET designed for power management applications. It has a V(th) drain-source breakdown voltage of 100 volts, a drain-source On-resistance of 1.75ohms, a maximum drain current of 65amps and a Gate-Source voltage of -20 volts. Furthermore, it is designed with integrated protection diodes and has a temperature range of -55°C to 175°C.