IRLL024NTRPBF

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The IRLL024NTRPBF is a MOSFET with advanced trench-gate field-stop architecture, which enables it to operate in both enhancement and depletion modes. It combines very low on-resistance, very low threshold voltage, and very low capacitance performance. This makes it suitable for a variety of digital and analog applications, from motor control and telecoms to portable devices and solid-state lighting. In this article, we’ll look at the application field and working principle of the IRLL024NTRPBF.

Application Field

The IRLL024NTRPBF offers low on-resistance, low threshold voltage and low capacitance performance, making it suitable for a variety of applications. These include:

• motor control
• telecoms
• portable devices
• solid-state lighting
• digital and analog data transmission.

This MOSFET can be used in a variety of switching and power conversion applications, such as those in motor control, power and Inverter, voltage regulator circuits or with high side and low side power switch design. It can be used to drive LEDs with advanced lighting controls and provide high reliability.

Working Principle

The IRLL024NTRPBF is a p-channel enhancement-mode MOSFET. It is built on a monolithic substrate and has a vertical D-MOSFET structure with a low threshold voltage. This ensures low charge storage and low gate-source capacitance, resulting in fast switching and, consequently, high performance. The advanced trench-gate field-stop architecture allows the device to operate in both enhancement and depletion modes.

The IRLL024NTRPBF is controlled by providing gate voltage signals. In enhancement mode, gate voltage higher than the threshold voltage is applied, and in depletion mode, gate voltage lower than that is used. In the enhancement mode, the device is turned on, and in the depletion mode, it is turned off. The device has a very low on-resistance of 5mOhm, making it extremely efficient.

Conclusion

The IRLL024NTRPBFis a MOSFET with advanced trench-gate field-stop architecture. It combines very low on-resistance and very low capacitance performance, making it suitable for a variety of digital and analog applications. The device is controlled by providing gate voltage signals, and it has a very low on-resistance of 5mOhm, making it highly efficient. As a result, it is an ideal choice for use in motor control, telecoms, portable devices and solid-state lighting applications.

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