MAX6835IXSD2+T

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In the modern age of technology, PMIC - Supervisory circuits are becoming a popular choice for power management applications. The MAX6835IXSD2+T is a versatile Supervisory IC that can be utilized for a variety of applications. It is configured so that it can monitor a range of voltages in order to trigger important events such as system resets and power-on sequences. This article will focus on the application fields and working principle of the MAX6835IXSD2+T.

The MAX6835IXSD2+T is a PMIC - Supervisory circuit that is purpose-built to provide a variety of power management capabilities. It has a wide input voltage range, and can be used to monitor a range of different voltages such as 5V, 3.3V, and 2.5V. It also has the ability to monitor battery voltages, and can provide an indication of when a battery needs to be replaced. This IC can be used in a variety of different applications including consumer electronics, automotive, industrial, and medical applications.

The MAX6835IXSD2+T also combines a variety of features that enable it to be one of the most flexible power management Supervisory ICs available. For example, it includes a microprocessor reset, low voltage reset and brown-out detection, and a power-on reset delay timer that can be configured to provide power on reset timing delays of up to 16 seconds. It also includes a manual reset control mode, allowing the user to control the reset signal from a single pin.

The working principle of the MAX6835IXSD2+T is relatively simple. When power is applied, the voltage is monitored and the chip will output a reset signal when the voltage drops below a certain threshold. The reset signal is an open-drain output and will assert a logic low when the voltage falls below the selected threshold. The reset signal is also applied when the external MOSFET is triggered by the microprocessor reset, low voltage reset and brown-out detection, or the manual reset signal.

The MAX6835IXSD2+T is an extremely versatile PMIC - Supervisory circuit that provides a variety of features and capabilities. It is capable of monitoring a wide range of voltages and triggering important events such as system reset and power-on sequence. Its ability to provide manual reset control from a single pin, combined with its long reset delay timer, make it an ideal choice for a variety of power management applications.

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