LX2410AILD-TR

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LX2410AILD-TR is a new integrated power management and protection system, a dedicated power management integrated circuit (PMIC). This unit focuses on both power delivery and power protection purposes, enabling that to reduce cost and board size while providing loads of features. The power management features let systems intelligently switch power supply based on usage patterns and power monitoring, while the protection features help ensure safety and support broader system efficiency, reliability and stability. With this, system designers can now deploy more robust systems with even higher efficiency than ever before.

LX2410AILD-TR can be used in systems such as embedded industrial control, telecommunication base stations, automation, medical devices, battery-powered devices and other boards with high levels of power delivery and protection requirements. This PMIC also offers a simple an straightforward way for system hardware designers to protect their systems from overvoltage, undervoltage, over-temperature, ESD and overcurrent conditions. Moreover, the TTL input/output pin allows for further working conditions customization.

The LX2410AILD-TR core efficiency is implemented in a multi-stage PWM topology. This powerful integrated circuit consists of a main PFC controller, a PWM controller, an over-current protection circuit, and overvoltage protection circuit. Furthermore, it also contains a host N-FET driver and a discharge FET driver to provide a comprehensive, safe and stable system power supply solution.

The main feature of the LX2410AILD-TR is its wide operating voltage range. The PMIC can operate from 4V to 24V input in nominal conditions and the feature will reduce output voltages under high line conditions. This allows the unit to be used in a broad range of embedded designs operating with different voltage levels.

The protection feature is also a significant feature of the LX2410AILD-TR. This protection function can detect over-current, over-voltage, under-voltage, over-temperature and ESD conditions, and disconnect the supply from the load. It will then indicate the system that a fault condition has been detected, in order to help the system designers troubleshoot the problem.

In addition, the LX2410AILD-TR is equipped with a Discharge FET driver, enabling the PMIC to extend its protection range. The discharge FET driver allows for continuous under-voltage monitoring and protection. This feature is especially valuable for lithium-Fe-type batteries, as it can detect and disconnect the system in the event of a low battery condition.

Apart from its impressive features, the LX2410AILD-TR also features a wide range of circuitry that enables faster design cycles and improved design performance. The PWM controller, for example, can significantly reduce the design time since its integrated architecture enables a robust and intuitive way for designers to configure their system power management. Furthermore, the device offers excellent electro-magnetic interference (EMI) performance, which again reduces the design time tremendously.

In summary, the LX2410AILD-TR offers a unique combination of power delivery and system protection features. Thanks to its wide operating voltage range, advanced protection features, intuitive PWM controller and excellent EMI performance, the LX2410AILD-TR provides designers with an efficient, safe and reliable power management solution that is well-suited for a broad range of embedded applications.

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