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FDS86267P Application Field and Working Principle

When it comes to FETs, MOSFETs and single transistors, the FDS86267P devices from PD-SOI (PowerDSOI) are becoming increasingly popular. While they may look similar to other MOSFETs and FETs, they are actually designed and manufactured with an innovative new process, the Super Junction (SJ) technology. This technology combined with their robust construction and reliable performance makes the FDS86267P ideal for operations in different areas, such as drivings, switching, and amplifying.

In addition to the excellent performance, the FDS86267P can also be safely integrated into projects requiring higher frequencies due to its low on-state resistance, low gate charge, excellent electrical noise immunity, and low gate-source threshold voltage.

FDS86267P Application Field

The main application field of the FDS86267P devices is power switching. Power switching is primarily used in the automotive, industrial, and consumer goods industries. These devices are used in products like air conditioning units, air bags, DC-DC converters, and motor controls.

The FDS86267P can also be used in industrial applications such as robotics, machinery, and automation. These devices are designed to work in higher frequency and voltage applications, be it AC or DC, making them suitable for a wide range of industrial applications.

In the consumer goods industry, these devices are found in products such as inverters, step-down/step-up voltage converters, programmable logic controllers (PLCs), and industrial control systems. They are suitable for these products thanks to their low voltage losses, low thermal resistance, and high-frequency operation.

FDS86267P Working Principle

The working principle of the FDS86267P is based on a Super Junction (SJ) technology. This technology uses a proprietary process to create a high-performance structure that is both robust and reliable. By using this process, the FDS86267P can switch and amplify power in applications that require higher frequencies and high performance.

The FDS86267P uses two overlapping Conductive Portion Shallow Diffusions (CPSDs) to create a trench between two drain regions. This trench separates the two regions and increases the device\'s reliability. As the voltage between the two drain regions increases, the stronger the drain-source channel becomes, allowing for an increased current to flow.

The FDS86267P also features a low gate-source threshold voltage, which enables it to maintain a low on-state resistance. This allows the device to switch faster, thus reducing switching losses. Furthermore, the FDS86267P also features a low reverse recovery time and low gate charge, allowing for fast, efficient power switching.

Conclusion

The FDS86267P is a versatile device thanks to its innovative Super Junction (SJ) technology and excellent performance characteristics. It is designed to work at high frequencies and high voltages, making it suitable for a wide range of applications, including switching, drivings, and amplifying. Ultimately, the FDS86267P is an excellent choice for operations in the automotive, industrial, and consumer goods industries.

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