MAX6365HKA26-T

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PMIC (Power Management Integrated Circuit) supervisors are commonly used to monitor the on/off, over-voltage and under-voltage conditions of the system. This allows the system to be safely operated when the voltage within the system deviates from the normal range. The MAX6365HKA26-T is a low-voltage supervisor that can be used in a wide range of applications, primarily designed to monitor and protect the system in low power, low voltage applications. It is an economical, single-channel voltage monitor that provides excellent accuracy, high immunity to noise and fast response time.

The main components of the MAX6365HKA26-T are a fixed-threshold voltage detector, a temperature-compensated band gap voltage reference, and a reset circuit. The fixed-threshold voltage detector monitors the input voltage and, when the voltage exceeds the preset threshold, sends a detection signal to the reset circuit. The reset circuit sends a logic high or low reset signal depending on the level of the detection signal.

The MAX6365HKA26-T comes in a tiny tiny 8-pin TDFN package measuring 1.0 x 1.2mm. It operates from a 1.6 V to 5.5 V supply voltage range with an accuracy of ±25mV, a power-on reset (POR) delay time of 2ms and a response time of 1ms. It has a reset output active-low open-drain output and a power-good (PG) output active-high open-drain output, both pole or normally in the low-state. It also has an active high enable (EN) pin that can be connected to an active-high logic or a pull-up resistor. The reset output is the main output of the MAX6365HKA26-T and can be used to perform system reset or system enable functions. The PG output indicates whether the input voltage is within the tolerance range of the preset threshold. With a built-in temperature-compensated voltage reference, the reset threshold is fully temperature compensated, reducing the need for manual calibration of the voltage threshold.

The MAX6365HKA26-T has many features that make it the ideal choice for a variety of applications including microcontrollers, system processors, digital signal processors and micro-controllers, powering systems with high system-level accuracy and low power consumption. It can provide an active low reset of for example, a microcontroller, and a power-good indication when the system is running within the pre-selected voltage threshold. Additionally, it can provide power-on reset delay after the supply voltage is applied to give the system a warm-up delay before monitoring the input voltage. In power down applications, the MAX6365HKA26-T can provide a reset to a low power-on state, allowing the system to automatically turn on when the voltage fluctuates outside of the preset limit. By connecting the enable pin to a pull-up resistor, the MAX6365HKA26-T can be enabled or disabled at will.

The MAX6365HKA26-T has a variety of applications, but it is typically used as a power monitor for systems such as microcontrollers, embedded systems, and small processors. In such applications, the MAX6365HKA26-T can detect an under-voltage or an over-voltage condition, and will trigger the reset or power-on state when the input voltage is outside of the pre-selected voltage range. Additionally, the reset and power-good outputs can be used to provide additional control information and feedback to the system.

The MAX6365HKA26-T is an excellent voltage supervisor. It offers an economical solution with a high accuracy, and is an ideal choice for a variety of applications. With its ultra low power consumption and fast response time, the MAX6365HKA26-T is a versatile solution for voltage monitoring and protection.

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