MAX16039PLA26+T

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PMIC, or Power Management Integrated Circuits, is an important component of modern-day electronic systems, providing power regulation and protection for the system\'s components. Often integrated into microcontroller systems, PMICs are used to ensure the safety of valuable hardware, extend the lifespans of components, and maximize performance by providing the right amount of power at the right voltage levels. The MAX16039PLA26+T is a widely-used PMIC used in a variety of applications.

The MAX16039PLA26+T is a high-performance power supervisor intended to prolong the life of a microcontroller in applications where the following is encountered; Over-current, under-voltage, brown-out, and power-on reset (POR) reset functions. It features an innovative design that incorporates many features of its predecessor, the MAX16027 with the ability to operate at lower supply voltage levels, much faster reset response, an increased current-limit capability, and a low-power mode. It is built on a single-chip architecture that optimizes cost, provides superior flexibility, and reduces board area.

The MAX16039PLA26+T is suitable for a range of applications in industrial, medical, automotive and consumer markets including, but not limited to, embedded systems, control systems, gaming systems and motion control. Its ability to sense and react quickly to voltage and current anomalies, as well as its low power mode, makes it an ideal choice for applications where performance, reliability and minimization of power dissipation take precedence. Moreover, its robust and advanced feature set makes it a great option for application designs that require versatility and scalability.

The MAX16039PLA26+T includes a number of features that provide superior performance and reliability, such as the precision voltage monitoring and current limiting circuits. The voltage monitor circuit detects changes in input voltage to the MCU and responds accordingly by generating an interrupt or reset signal. It operates over a wide input supply range, which provides significant design flexibility and is configurable through an I2C interface. The current-limit circuit protects the system from high-current draws, which can potentially cause damage or overheating.

The MAX16039PLA26+T integrates a robust state machine with advanced reset circuitry that provides precise control over the system\'s reset conditions. It is designed with a minimum reset time of 4µs and a maximum brown-out reset of 200ms. The reset pin is actively pulled down during a system reset, thereby preventing microcontroller runaway. The integrated pushbutton input allows for manual system reset and to reset the power supervisor.

The MAX16039PLA26+T is a powerful device that provides advanced features and design flexibility to simplify a wide range of power management applications. Its precision voltage monitoring and current-limiting circuits provide essential protection to the system, while its fast reset response time makes it a great choice for applications that require maximum performance. The device\'s flexibility, scalability and low power consumption make it an ideal solution for many different types of power management applications.

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