FDB2614

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The FDB2614 is a single-N-channel, enhancement-mode, insulated-gate field-effect transistor. This component’s features include low drain-source ON-resistance, low threshold voltage, high-switching speed, low-leakage current, low-gate-charge and low-gate-to-drain charge ratio.

This component is commonly used in applications such as switching regulator circuits, high-speed switching circuits, amplifiers, motor speed controllers, and amplifiers. The high-speed switching capability of the FDB2614 makes it suitable for a wide range of applications that require high-frequency response.

The operating principle of the FDB2614 is based on a voltage effect created by the presence of a gate terminal. The gate terminal is modulated by the source-to-drain voltage, and can be used to control the correlation between gate-source and gate-drain voltages. As the source-to-drain voltage is increased, the gate-source voltage increases and the gate-drain voltage decreases.

The device is protected against electrostatic discharge (ESD) by its built-in Zener protection diodes and its low operating voltage is referenced to the drain rather than the gate. This helps to reduce the power loss due to dV/dt. The FDB2614 is also designed to minimize parasitic capacitance, ultimately providing better electrical performance.

The FDB2614 is designed to minimize leakage current, a major source of power loss in switching circuits. The device utilizes a low RDS(ON) along with a low turn-on threshold voltage to minimize the leak current. A low gate-to-drain charge ratio helps to increase the switching speed of the device, allowing it to quickly transition between states.

The FDB2614 is able to achieve high-switching speeds due to an extremely fast rising and falling time. This is enabled by its unique design, which includes an integrated thermal protection feature and an adjustable P-channel injection structure. These features help to reduce the time it takes to turn the device on and off, resulting in improved performance.

The FDB2614 is designed for use in a wide range of applications, such as motor speed controllers, switching regulators, and amplifiers. It is well-suited for high-frequency switching applications because of its low drain-source ON-resistance and its high-switching speeds. This makes it an ideal choice for applications that require fast switching or a low-leakage current.

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