MAX1647EAP-T Integrated Circuits (ICs)

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Power Management IC(PMIC) - Battery Chargers have been used as a means of power management in a variety of applications. The MAX1647EAP-T is one such PMIC - Battery Charger. It is a low-voltage, dual output, adjustable switching regulator that can provide up to 5 amp of output current for both 3.3V and 5V outputs.

The benefits of this PMIC - Battery Charger are numerous. It provides high efficiency and low noise operation with its internal power MOSFETs and its thermal regulation circuitry safeguards the device from damage due to over-consumption of power. It also offers a wide input voltage range from 2.7V to 28V, making it suitable for applications across a wide range of voltages. The total differential input voltage for two parallel-connected outputs can be as high as 600mV. This PMIC - Battery Charger also provides high-current output capabilities, thereby allowing it to be used in power-hungry applications.

The MAX1647EAP-T\'s dual-channel architecture features two independently adjustable high-voltage switching outputs. Each output can switch between 4V to 24V depending on the application, and each output can be enabled and disabled individually. The output control pins have over-current and under-voltage lockout to support each output\'s independent current regulation, as well as separate thermal protection features to protect against overheating.

This PMIC - Battery Charger also provides a wide range of protection features such as over-temperature, over voltage, and short-circuit protection. These features, when combined with its low-noise and high-efficiency, make for a robust design that is perfect for applications with mission-critical power requirements. Additionally, it supports a toggle-mode control and can be placed in either parallel or series operation for further increased efficiency.

The MAX1647EAP-T is suitable for use in many applications, including automotive, industrial, medical and consumer electronics. Due to its versatility and robustness, it is ideal for powering a wide range of devices, and its features make it suitable for any application where reliable, high-power and efficient power management is required.

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