FCP7N60

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The FCP7N60 is a Fast Intrinsic Rectifier (FIR) which is a type of power MOSFET (Metal Oxide Semiconductor Field Effect Transistor). The FIR device has the ability to switch voltages at the source side and deliver them to the drain side with a high degree of efficiency and low on-state resistance. By using a source side control signal, the FCP7N60 can handle up to 60V and 60A values of its continuous drain current.

The FCP7N60 is a type of high-voltage MOSFET which is typically applied as a switch in power management applications. It is suitable for AC/DC converter systems, power supplies, and solar inverters. The FCP7N60 is built on the 0.2mm thick single-gate chip process and features low power losses, low on-state resistance and fast recovery of the charge. It is designed to allow for the enhanced switching of high currents in applications like motor drives, lighting controls, and solar inverters.

The FCP7N60 has a key advantage in that it has a relatively simple structure while packing all the power of a MOSFET in one single device. The fact that it combines both voltage and current in a single chip allows for a higher degree of efficiency and reliability than other types of MOSFETs or transistors.

The main principle behind MOSFETs like the FCP7N60 is the use of a gate voltage to control the flow of current from the drain to the source. The gate voltage that is applied to the gate of the FCP7N60 is used to turn “off” the MOSFET, which is implemented by introducing an accumulation channel between the source and the drain. By applying a voltage to the gate, the MOSFET is turned “on”, allowing current to flow in both directions.

In addition to its application as a switch, the FCP7N60 also has many applications in power supply design. For example, it can be used in current-mode power-supply controllers, voltage-mode regulators, and as an overcurrent protection switch. Its low on-state resistance allows it to reduce the power losses that would otherwise occur in a higher output voltage regulator.

The FCP7N60 is also used in high-side and low-side switch designs. In a high-side switch, the drain of the MOSFET is connected to the supply voltage and the source is controlled by the gate voltage. In a low-side switch, the source of the MOSFET is connected to the supply voltage and the drain is controlled by the gate voltage. In both cases, by increasing or decreasing the gate voltage, the current between the drain and the source is controlled.

In terms of packaging, the FCP7N60 is available in small 16-lead TO-247 and D-PAK packages which are suitable for applications in the automotive, consumer and industrial markets. The FCP7N60 is also available in small 4-pin packages which are suitable for use in high-power circuits.

Overall, the FCP7N60 is a powerful yet simple MOSFET which has a wide range of applications in the field of power management, particularly in high-efficiency power supplies and solar inverters. Its ability to switch large amounts of current and its small size makes it an attractive device for use in a variety of electronic circuits.

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