MAX16035LLB23+T

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PMIC, short for Power Management IC, is a chip responsible for monitoring and controlling power supply of electronic devices. The MAX16035LLB23+T is one such IC that is used in many electronic devices to ensure stable power supply. In this article, we will discuss the application field and working principle of the MAX16035LLB23+T.

Applications of MAX16035LLB23+T

The MAX16035LLB23+T belongs to the product family of the Supervisors PMICs. This IC works as an integrated power-supply manager, making it suitable for a wide range of embedded system applications. These include mobile phones, embedded computing, set-top boxes, automotive, telecom and industrial equipment.

The MAX16035LLB23+T is a compact, low-power, high-performance supervisor IC, with a wide input voltage range (up to 28V). This makes it ideal for various applications like motor control, communication interface, health/safety monitoring, power supply sequencing and fault protection. This IC is also very robust and reliable, with its watchdogs, power-on reset and system reset features ensuring proper system operation.

Working Principle of MAX16035LLB23+T

The MAX16035LLB23+T is an integrated multi-channel supervisor IC, designed to monitor four independent supply voltages. It operates with an operating voltage range of 1.4 to 10 V. The MAX16035LLB23+T contains four analog comparators, each with an input selector switch to enable these comparators to compare different input voltages. Each comparator has a reference voltage of 4.0V.

The MAX16035LLB23+T has a slew rate-controlled reset output to ensure safe power-on reset and system reset operations. It also has power-on reset and manual reset signals, as well as falling-edge detection, leading-edge detection and pulse-width monitoring signals. The power-on reset signal can be used to reset the system after a power-on event, while the manual reset signals can be used to manually reset the system in case of faulty operation. The pulse-width monitoring signals provide feedback to the system to indicate a failed operation. Furthermore, the MAX16035LLB23+T also has a built-in voltage reference (VREF) that can be used to provide a reference voltage for the input voltages.

The MAX16035LLB23+T is a very versatile and useful supervisor IC, and its applications can be further extended with its wide range of features. Its wide input voltage range makes it suitable for use in a variety of applications, while the slew rate-controlled reset output and various manual and power-on reset signals make it highly reliable for embedded systems. In addition, the pulse-width monitoring and integrated voltage reference features make it an ideal power-supply manager for many applications.

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