FDS4672A

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The FDS4672A is an enhancement mode, vertical field-effect transistors (FETs) manufactured by Fairchild Semiconductor. It is a single N-Channel MOSFET designed for general power switch applications.

The FDS4672A is designed for use in low-side switching applications where the FET drain needs to be at a lower voltage than the source. It provides a wide range of gate-source voltages to enable low on-resistance and fine control of the power. The FET also provides a wide range of drain-source voltage range and a high maximum drain current of 30 Amps, which enable it to be used for various power-switching applications.

The FDS4672A has a low on-resistance which is the most important characteristic in linear operation and low-side applications. It also has a fast switching speed which allows a efficient application in higher frequencies. Due to its single-channel architecture, the FET can be used as a low-side switch for motor control applications. The gate-source voltage of the FET can also be used to control the load current.

The FDS4672A also offers a wide range of output voltage and current settings. The gate-source voltage can be set to enable fine control of the output current. The high drain-source off-state voltage blocking capability of the FET makes it suitable for high-side switching applications. The FET also has an excellent noise immunity, which make it suitable for application in noise sensitive areas.

The FDS4672A is the ideal solution for high-side and low-side switching requirements. The device can be used in a wide range of applications such as lighting and power control circuits, automotive applications, industrial control, and HVAC controls. The device can also be used in other applications requiring low side switching, fast switching and high voltage blocking capability.

The FDS4672A is designed with a P-channel MOSFET technology, which is widely used for motor control applications. It is designed to have a very low on-resistance and fast switching speed. The gate-source voltage of the FET can be controllable through the external gate resistor. The source itself is connected to the power source or ground. The drain is connected to the load, which can be either in DC or AC.

The working principle of the FDS4672A is fairly simple. The drain-source voltage voltage (Vds) controls the conduction and the gate-source voltage (Vgs) controls the amount of conduction. When the Vds is less than the Vgs, the FET is off and no conduction takes place. When the Vds is greater than the Vgs, the conduction takes place and the current flows from the gate to the drain. The current can be further controlled by the gate-source voltage.

The FDS4672A is a versatile component and has a wide range of applications in electronics systems. It can be used to control motor speed and power consumption and it can also be used for HVAC control and industrial automation applications. The device is also suitable for lighting and power control applications due to its wide range of voltage and current settings. In addition, the device can be used in noise sensitive areas due to its excellent noise immunity.

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