PI5PD2069UEEX

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PI5PD2069UEEX is a power management integrated circuit (PMIC) from Diodes Incorporated. It provides a general purpose power distribution switch and load switch for system power management applications. The circuit offers mixed-signal logic, adjustable slew rate for overchange protection, and advanced protection features for increased safety and reliability.

The PI5PD2069UEEX power distribution switch is optimized for high current and low on-resistance. It can deliver both high and low voltage power, and its on-resistance is only 3 ohms, providing low power consumption and high efficiency. The built-in gate driver reduces the gate-charge requirement, allowing for high-speed switching and reduced system cost. The adjustable slew rate function is designed to protect the device from overcurrent inrush conditions, reducing the need for external components and enhancing safety.

The PI5PD2069UEEX load switch is designed to handle switching applications with moderate input currents, up to 2A. It offers low on-resistance of 1.5 ohms, allowing for high power handling capacity and low power dissipation. The adjustable current limit feature prevents overcurrent or short circuit conditions, and the slew-rate control feature regulates the rate at which the switch turns on to reduce overshoot and ringing. The built-in gate driver reduces the gate-charge requirement, allowing for high-speed switching and reduced system cost.

The PI5PD2069UEEX is an ideal solution for power management applications such as cell phone power distribution, laptop power management, automotive electronic applications and consumer electronics. Its advanced protection features provide improved system safety and reliability, while its low power consumption and on-resistance ensure high efficiency and improved efficiency ratings.

The circuit offers a wide range of features and benefits, making it a very attractive and cost-effective solution for many power management applications. It supports both high-current and low-voltage switching, and its adjustable slew rate can protect against overcurrent inrush conditions. The low on-resistance and wide supply range provide improved system efficiency, while the built-in gate driver offers high-speed switching and system cost reduction. In addition, the circuit includes advanced protection features, providing system safety and reliability.

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