MAX6467XS32D3+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power Management Integrated Circuits, or PMICs, are essential components in today\'s electronic devices. They serve to provide a reliable power supply to electronic systems, while ensuring efficient power utilization. A key subset of PMICs are Supervisors, which provide additional monitoring and protection functions. The MAX6467XS32D3+T is an example of a Supervisory Circuit, specifically designed to monitor and protect systems utilizing dual-voltage rails with a large current draw.

The MAX6467XS32D3+T is a three-pin Supervisory Circuit. It utilizes a wide range of features to provide efficient operation and effective monitoring of dual systems. This includes a Ceramic Bandgap Reference Voltage, an Internal Watchdog Timer, and a Programmable Reset/Timer function.

The Ceramic Bandgap Reference Voltage of the MAX6467XS32D3+T allows for the accurate monitoring of multiple voltages. This feature is particularly important for applications utilizing dual-voltage rails. The Ceramic Bandgap Reference Voltage monitors and adjusts the voltage on each rail to ensure it stays within a set range. This helps to prevent damage to the system due to excessive voltage or current.

The Internal Watchdog Timer (WDT) of the MAX6467XS32D3+T is designed to reset the system if the conditions of the monitored voltages are exceeded. The alarm time can be adjusted, allowing the device to reset the system if the voltage or current remains out of the acceptable range for too long. This helps to ensure that the system remains safe, even if the power supply is temporarily disrupted.

Finally, the Programmable Reset/Timer of the MAX6467XS32D3+T is designed to reset the system at regular intervals. This is particularly useful for embedded systems, which often require a periodic reset in order to prevent clocks from static-accumulative errors. The Programmable Reset/Timer can be adjusted to reset the system as frequently as every second, helping to ensure a stable operation.

The MAX6467XS32D3+T is an ideal choice for applications requiring efficient power management and reliable voltage monitoring. It\'s wide range of features and programmable functions make it well-suited for applications producing high amounts of current, such as electric vehicles and LED lighting systems.

The specific data is subject to PDF, and the above content is for reference