FDMS86368-F085 Discrete Semiconductor Products

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The FDMS86368-F085 is a field effect transistor (FET) device in which the power or gain of the input signal is enhanced or controlled. It is a single channel FET device, also known as a MOSFET. The FDMS86368-F085 has an advanced voltage controlled gate (VCG) structure which enables it to provide on/off switching of signals. It has an efficiency rating of 85%.

The FDMS86368-F085 has two terminals, the gate terminal (G) and the drain terminal (D). It operates similarly to a conventional FET in that current flowing through the drain is controlled by a voltage applied to the gate. When a voltage is applied to the gate, the FET changes from its “off” state to its “on” state, allowing current to flow.

The FDMS86368-F085 is mainly used in the power control, motor control, and motor drive applications. Based on the design of the device, the voltage required for switching can range from 0.3V to 24V. The FET is also used in industrial robot control systems to provide efficient control of motor relays and other control circuits.

The FDMS86368-F085 has a power efficiency rating of 85%. This means that it is able to convert 85% of the input power into output power. This makes the FDMS86368-F085 a highly efficient device and helps reduce power consumption. Additionally, the FET has a wide operating temperature range of -55°C to +125°C, making it suitable for a variety of applications.

The FDMS86368-F085 has a low Rdson (on-resistance) which helps reduce power loss. This reduced power loss lets the FET deliver more power to the load. The design of the FET also helps reduce switching losses. This helps increase the life of the FET and prevents the FET from deteriorating due to frequent switching. It also helps reduce the time needed for switching, thus increasing the overall speed of the device.

In summary, the FDMS86368-F085 is a single channel FET device which is mainly used in power control and motor control applications. It has an advanced VCG structure, allowing it to switch on/off signals. It also has an efficiency rating of 85%, and a wide operating temperature range of -55°C to +125°C. Additionally, the FET has a low Rdson and is able to reduce switching losses, making it an ideal device for power control applications.

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