NX3P2902BUKZ

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Power Management Integrated Circuits, or PMICs, are used to manage and distribute power to multiple devices in a system.
The NX3P2902BUKZ is one such PMIC, categorised as a power distribution switch, load driver or control power switch. It is a single-supply integrated circuit designed specifically for ultra-low-voltage applications, such as battery powered systems, digital cameras, and similar devices.
The NX3P2902BUKZ integrates three NMOS pass transistors and two voltage regulators designed for ultra-low-voltage applications. It is designed to reduce circuit size and component count in battery powered systems. The pass transistors provide the necessary current for driving inductive and resistive loads, and the regulators provide the necessary voltages for powering devices consuming less than 100mA.
The NX3P2902BUKZ contains two high-side and one low-side output switch with integrated over-temperature and over-current protection. It can be used to control the power of low-voltage devices, such as LEDs and micro-controllers, as well as to manage DC supplies. The output switches have a low-on resistance of 0.065Ω and a maximum voltage drop of 0.2V. The circuit also includes an enable control pin, which can be used to enable/disable the output switch.
The NX3P2902BUKZ is designed to operate with a voltage range of 1.8V to 5.5V, making it suitable for a variety of ultra-low-voltage applications. It has a low power consumption of 0.4mW, which ensures battery operated devices are optimally powered. The device is available in a Pb-free 8-pin SOP package. It also underpins a wide range of safety standards, including PSE, UL, RoHS and nitrate-free compliance.
The NX3P2902BUKZ is a useful integrated circuit for devices that require the distribution, control and protection of power for ultra-low-voltage applications. Its integrated pass transistors and voltage regulators enable it to manage the power of different devices with a single circuit. This makes it a great choice for battery powered systems, digital cameras and other applications.

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