MAX8765ETI+T Integrated Circuits (ICs)

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Today, PMIC (Power Management Integrated Circuits) are employed in various applications and increasingly important as technology advances. They can be found in a variety of sectors, including automotive applications, wearables, and consumer electronics. Power management integrated circuits are integrated circuits (ICs) that manage the electrical power of a system, including powering, charging, and controlling the amount of power going to different components. One special type of these PMIC, specifically the battery charger, is a dedicated integrated circuit that is mostly used to charge, maintain, and discharge the batteries in any type of electronic device. This type of PMIC also provides power when the batteries are completely drained, such as when two AA batteries connected in series are no longer functional. In this article, we will focus on the MAX8765ETI+T PMIC, which is a battery charger specifically designed for lithium-ion and lithium-polymer batteries.

MAX8765ETI+T is a battery charger integrated circuit that is available in ‘ECOPACK 2’ packages and designed for applications that require a small yet reliable solution. This PMIC is operated with a dual-mode charging algorithm which is tuned to quickly charge Li+ batteries safely and efficiently. This dual-mode algorithm also provides an excellent balance between charging time, cell efficiency, and battery life.

The MAX8765ETI+T uses Constant Voltage or Constant Current (CV/CC) mode charging. The primary purpose of the CV/CC algorithm is to provide a stable and well-controlled charge voltage. CV/CC mode also allows the user to customize the temperature threshold, voltage output, and other charging parameters based on their specific application. This feature makes the MAX8765ETI+T an ideal choice for applications with stringent charging parameters. Moreover, this battery charger integrated circuit can provide up to 2A of charge current, allowing for fast charging times when compared to conventional chargers.

This Battery Charger\'s real-time monitoring and protection feature provides intelligent charge control and safe charging. The MAX8765ETI+T has a plethora of protection features such as an over-voltage protection, short-circuit protection, over-temperature protection, and an over-charge protection. These features make this integrated circuit secure and reliable when in use. Additionally to that, the PMIC features an Automatic Power Save Mode (APSM) which will reduce the charge current when the battery voltage is close to full charge to improve charge efficiency and extend the battery life.

The MAX8765ETI+T is an ideal choice for customers who are in need of a small yet powerful Battery Charger Solution. This PMIC has CV/CC charging, dual-mode charging algorithm, real time monitoring and protection, and an Automatic Power Save Mode, which makes it a perfect solution for applications that require compact, efficient, and reliable Battery Charger. As a result, the MAX8765ETI+T integrated circuit is well-suited for applications such as Automotive, Wearables, Smartphones and many more, providing reliable and efficient charging for lithium-ion and lithium-polymer batteries.

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