2EDL23N06PJXUMA1 Integrated Circuits (ICs)

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Introduction to PMIC - Gate Drivers

Power Management and Integrated Circuits (PMICs) are essential components used in modern systems as they provide a way to regulate, monitor, and manage electrical power throughout the circuit. With PMICs, there are several different types of functional components to choose from, such as voltage regulators, charge pumps, clock drivers, and gate drivers. Gate drivers are important in PMICs as they control the switching action of a device, such as a transistor or a rectifier, by providing a voltage signal at its gate terminal.

2EDL23N06PJXUMA1: The 2EDL23N06PJXUMA1 is a Compact, High-current Gate Driver IC from Toshiba. It is a high-current gate driver that reduces power dissipation and minimizes system size by integrating high-drive MOSFETs with various protection and monitoring circuits in a small package.

Application Field: The 2EDL23N06PJXUMA1 is a high current MOSFET driver that is ideal for high-speed switching applications, such as DC/DC converters, motor drives, PFCs, power supplies and other power conversion systems.

Working Principles: The 2EDL23N06PJXUMA1 works using an internal MOSFET driver that takes in a control signal at the IN terminal and driving the high voltage MOSFET with a low impedance input driver. This high speed output MOSFET driver is capable of driving high currents up to 4A, thus providing high switching speeds and low power dissipation. This device also features protection and monitoring features, such as a low-impedance Over-Current Protection (OCP) circuit for detecting a short-circuit fault and a thermal shutdown circuit for detecting excessive temperature rise.

Conclusion: The 2EDL23N06PJXUMA1 from Toshiba is a high current MOSFET driver that is ideal for high speed switching applications. This gate driver is equipped with high drive MOSFETs, various protection and monitoring circuits, and is capable of driving 4A high currents for low power dissipation. This device is perfect for power conversion systems and power supplies.

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