MAX6313UK46D3-T

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The MAX6313UK46D3-T is a high accuracy device among the family of PMIC-Supervisors. It is dedicated for improving the reliability of low voltage microcontrollers operating in battery-supplied and remote locations. The micropower voltage supervisor can constantly monitor the supply voltage, and generate reset signals when the monitored supply voltage drops below a preset trip point. This ensures reset is generated and a system reset is performed by resetting the microcontroller.

Application Field

The MAX6313UK46D3-T is suitable for use in battery operated applications. It is used in applications such as consumer electronics, data storage, industrial, medical and instrumentation. It can be used in applications such as digital thermostats, portable consumer equipment, robotic applications, remote monitoring systems, and portable instruments.

MAX6313UK46D3-T is designed to offer high accuracy voltage supervision and low power consumption. It is ideal for applications that require very low power consumption, for example, remote monitoring systems. It is also suitable for applications with extended support for larger input voltage ranges or fluctuating input supply voltage, such as portable instruments. The micropower voltage supervisor is also very suitable for applications with improved accuracy due to its adjustable trip point.

Working Principle

The MAX6313UK46D3-T Voltage Supervisor has an internal voltage monitor. This voltage monitor can detect when the supply voltage drops below a predetermined trip point, and it sends out a reset signal when this happens. The reset signal can be used to reset the microcontroller, or to issue an interrupt. In order to improve the accuracy of the voltage monitor, the MAX6313UK46D3-T has an adjustable trip point.

The voltage monitor constantly monitors the supply voltage. When the supply voltage drops below the trip point, a reset signal is generated and sent out. After receiving the reset signal, the microcontroller issues a system reset. The reset signal is a signal that is sent to reset the microcontroller, and the system reset is used to reset the entire system (microcontroller and other components).

The MAX6313UK46D3-T also has a power-on reset signal. This signal is generated when the supply voltage drops below the power-on reset threshold, and it is used to initialize the system\'s registers upon power-on of the device. The power-on reset signal ensures that the system is initialized correctly before any code is executed by the microcontroller. This ensures that the system is ready to execute code and that the system is running in a known state.

The MAX6313UK46D3-T also has an open-drain output, which can be used to drive external components. This output allows the MAX6313UK46D3-T to control external systems, such as a power supply or an LED driver. The open-drain output can be used to set the state of an external component, such as turning on a power supply or off an LED driver.

The MAX6313UK46D3-T also has an over-voltage protection circuit. This circuit can detect when the supply voltage is too high, and it sends out a reset signal when this happens. This reset signal can be used to reset the system and prevent damage to the microcontroller and other components.

The MAX6313UK46D3-T also has an integrated watchdog timer. This watchdog timer can be used to detect system hangs and reset the system when this happens. The watchdog timer is used to ensure that the system is running as expected, and that the system does not experience unexpected hangs.

The MAX6313UK46D3-T is an ideal choice for applications that require low power consumption, high accuracy voltage supervision, and improved accuracy due to adjustable trip point. It is designed to offer a range of features that improve the reliability of low voltage microcontrollers operating in battery-supplied and remote locations.

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