FDZ493P Discrete Semiconductor Products

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An FDZ493P is a power field-effect transistor (FET) that is well suited for a variety of applications. It is a single FET, an enhancement-mode N-channel MOSFET. This type of MOSFET is designed to provide optimum power efficiency and improved control of current flow through its circuitry. It provides a low-cost solution for applications that need good power handling capability.

The FDZ493P has been designed with a secure V_th voltage. This feature enables it to operate with secure. The available voltage range of the device is from -7V to 35V and with a 2V drain-source breakdown voltage. The maximum current producing ability of the device is 24A while the pulse width is up to 500ns.

FDZ493P FETs also have superior temperature stability. This feature allows them to remain stable in operating environments that may experience large temperature variations. These capability enhancements make it an ideal choice for use in applications that require constant voltage, current, or power levels.

The FDZ493P is used in many applications where a secure and reliable operation is necessary. Common uses include power supplies and motor control systems. The use of this device helps to ensure that the power level remains constant and reliable. This is especially important for applications that require a precise power supply.

The FDZ493P has a working principle based on a simple circuit. The electrical current flow through the transistor is controlled by varying its gate voltage. When a certain gate voltage (V_th) is applied to the gate, the transistor enters into saturation mode and the current between the drain and source (I_DS) increases exponentially. This current increase is proportional to the gate voltage, allowing for an adjustable level of current control.

When the gate voltage is increased beyond the threshold, the MOSFET is said to “turn ON”. This causes the device to act as a switch, controlling the flow of current through its source and drain. Similarly, if the gate voltage is reduced, the device will “turn OFF” and the current flow is stopped. By this mechanism, the FDZ493P can be used to control the power level of connected circuits and devices.

The FDZ493P is widely used in smart grids, industrial applications, and transportation. It is well suited for applications that require high speed, high efficiency, and a reliable source of power. Its working principle and range of applications make the FDZ493P an ideal choice for numerous devices and applications.

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