TPCF8402(TE85L,F,M

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TPCF8402 (TE85L,F,M Application Field and Working Principle

The TPCF8402 (TE85L, F, M is an integrated semiconductor device which is an important member of the MOSFET array family. It utilizes the unique characteristics of MOSFET technology in order to provide an ideal solution for switching applications. Also known as a single chip transistor array, this integrated circuit provides an efficient and cost-effective method of accomplishing power switching tasks. This paper will discuss the application field and working principle of the TPCF8402.

Application Field

The TPCF8402 (TE85L, F, M is an ideal solution for applications which require fast switching. This includes automotive, industrial, consumer and medical applications, as well as any other application which requires the reliability and responsiveness of a high-speed, high-power switching device. The TPCF8402 is capable of switching up to 10A of current with extremely low power consumption and on-resistance, making it the perfect choice for a wide variety of applications.

The integrated MOSFET array is available in three different configurations – TE85L, TE85F and TE85M. These configurations allow for flexibility in terms of size, power consumption, and on-resistance. The TE85L devices have a low on-resistance of 2 mΩ and a current rating of 10A., which makes it ideal for applications requiring high power and low noise. The TE85F devices have a higher current rating of 15A and a low on-resistance of 2 mΩ, making them an ideal choice for applications where higher currents are needed. Finally, the TE85M device has a current rating of 20A and an on-resistance of 6 mΩ, which makes it perfect for applications where the highest power handling is required.

Working Principle

The TPCF8402 utilizes MOSFET (Metal Oxide Semiconductor FET) technology to provide fast switching. The MOSFET acts as a switch which control the flow of electrons through a circuit. The TPCF8402 includes four MOSFETs – two NMOS and two PMOS – connected together in a unique cross-coupled arrangement. This arrangement allows for higher current capacity and lower on-resistance when compared with traditional FETs.

MOSFETs are semiconductors which have a gate terminal between the source and drain. When the gate voltage is changed, the current flow through the channel is also changed. This allows the MOSFET to act as an amplifier, allowing it to control the current as desired. The MOSFET array in the TPCF8402 is designed to switch quickly under changing conditions, allowing it to function as a reliable switching element in fast-paced applications.

The TPCF8402 also has a “soft-switching” feature which reduces the power loss when switching. This is done by utilizing a two-phase approach to switching, which allows for fast switching times with reduced power loss. In addition, the integrated circuit is optimized for EMI suppression, reducing the noise generated when switching primarily due to the reduced switching times.

Conclusion

The TPCF8402 (TE85L, F, M is a highly-integrated semiconductor device which utilizes MOSFET technology to provide a reliable, high-speed solution for power switching applications. It is available in three configurations – TE85L, TE85F and TE85M – which allows for flexibility in terms of size, power consumption and on-resistance. Additionally, the integrated circuit is designed with a “soft-switching” feature which reduces power loss when switching and optimized for EMI suppression. This makes the TPCF8402 (TE85L, F, M) an ideal choice for fast-paced, high power applications.

The specific data is subject to PDF, and the above content is for reference