ACT8796QLEHS-T

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PMIC - Power Management - Specialized is an important component in electronic devices due to its effects on device performance, life span, and overall system reliability. Focusing on this specialized component of power management, the ACT8796QLEHS-T is designed with advanced features established to provide the highest level of power management performance. This paper introduces the application field and working principle of the ACT8796QLEHS-T.

The ACT8796QLEHS-T is a high performance power management IC (PMIC) for various applications. It is designed to manage power supply to high power applications that require long battery life such as smart phone baseband, and notebooks. It is an advanced PMIC with integration of multiple power management and system control blocks. This integrated PMIC includes low-power voltage regulators, current-limit and overtemperature protection functions, an I2C interface to facilitate system monitoring, protectio and control. By applying the ACT8796QLEHS-T, system designers are able to eliminate components and reduce design cycle time.

ACT8796QLEHS-T with its multiple power management blocks is designed to optimize power management performance in any system design. It supports up to eight floating output voltage regulators. Integrated current-limit, over temperature, and short circuit protection circuits prevent abnormal events from occurring while supplying power to the system, ensuring system safety. ACT8796QLEHS-T provides a multi-phase current limiter and supports a wide range of voltage rail combinations. System designers are able to program and monitor up to sixteen protection thresholds and system conditions through the I2C interface.

The working principle of ACT8796QLEHS-T is simple to understand and operate. The PMIC itself is a only a few chip and a temperature sensor. Thes two integrated components are responsible for all the power management functions including current-limit, over-temperature, and short circuit protection. The PMIC also provides a multi-phase current limiter and supports a wide range of voltage rail combinations. The integrated I2C interface allows the user to program and monitor up to sixteen protection thresholds and system conditions. In addition to these integrated components, the PMIC also includes selectable output voltage taps to facilitate a range of system scenarios and performance.

These multiple power management functions of ACT8796QLEHS-T allow for the safe operation of a variety of systems that require high power applications such as smart phone baseband, antenna tuning, and camera. By allowing for these specialized power management functions, users are able to optimize system performance and maintain device safety. In addition to these specialized power management functions, ACT8796QLEHS-T also includes a multi-phase current limiter, wide range of voltage rail combinations, and support for up to sixteen system conditions and protection thresholds.

The ACT8796QLEHS-T has rapidly become the cost effective choice for power management in any system application that requires power management. With advanced features such as current-limit, over-temperature, and short circuit protection, system designers are now able to accelerate design cycles and eliminate components. In addition, the integrated I2C interface enables user to program and monitor up to sixteen protection thresholds and system conditions to optimize system performance and ensure device safety. The versatility of this specialised PMIC is evident in its ability to be applied in various applications from smart phone baseband, antenna tuning, to camera power control.

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