FDV301N_D87Z

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D87Z is a type of single-vent FET or TVS (Transistor-Transistor Logic), which is designed to switch between two states during the operation of electronic circuits. It is commonly used in applications where high switching speeds, high switching currents, and low operating voltage are required. The D87Z offers good protection against static discharge and can be used in a wide variety of .

A FET is a three-terminal semiconductor device and one of the most important components in modern integrated circuits and systems. It serves as an on/off switch that is controlled by the application of a small signal voltage between a pair of its terminals. FET is normally used as a signal amplifier, signal modulator and voltage regulator.

The FDV301N_D87Z is a single-vent FET with a breakdown voltage of 60V and an operating voltage of 20V. The device features low on-state resistance, high switching speed, and low power consumption. The FDV301N_D87Z provides good protection against static discharge and can be used in a wide variety of applications, including motor control, power switching, and lighting control.

In applications such as motor control, the FDV301N_D87Z can be used to control the speed of motors, allowing for more precise and efficient control. The FDV301N_D87Z can also be used in power switching applications, allowing for the direct control of power instead of having to use current sensors. Additionally, the device can be used in lighting control applications, as it allows for switching of lights without having to use bulky, high power switches.

In terms of its working principle, the FDV301N_D87Z acts as a three-terminal device, which works by using a small voltage applied between its two terminals to control the electrical current flowing through an external load. When the voltage applied to the device is low, the device is off and when the voltage applied is high, the device is on. This on/off behavior can be used to switch a load between two states, either allowing or restricting the flow of current through the load depending on the state of the device.

In conclusion, the FDV301N_D87Z is an important device that can be used in many applications, such as motor control, power switching, and lighting control. It offers good protection against static discharge and has a low on-state resistance and high switching speed. The device works by using a small voltage to control the flow of current through an external load, allowing it to switch between two states depending on the state of the device.

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