MAX6869UK23D3S+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

The MAX6869UK23D3S+T is a supervisor device from the family of Power Management Integrated Circuits (PMICs). It is designed to help provide reliable primary power source monitoring and system diagnostics in a variety of applications, such as medical and consumer electronics. With features such as file reset, power-on reset, and supply signal and system signal detection, this supervisor device provides full system control, monitoring and protection necessary for reliable and safe operation of the equipment.

The MAX6869UK23D3S+T PMIC features on-chip voltage monitoring circuits that have the ability to detect VIN, VDD, CORE and VTT powerline status. VIN is the input voltage monitoring circuit, which monitors the primary power source of the system, and VDD is the supply voltage monitoring. CORE is the voltage rail to processor core, and VTT monitors the voltage rail for the processor I/O. The detection thresholds for VIN, VDD and CORE are adjustable, so the MAX6869UK23D3S+T can be configured to fit the exact operational needs of different systems.

The MAX6869UK23D3S+T also has the capability to detect supply and system signals, including OV and UV signals. OV is a signal detected when the system is operating outside the programmed voltage threshold. UV signals are detected when the system is operating below the programmed voltage threshold. The MAX6869UK23D3S+T provides programmable high and low voltage thresholds that can be set to detect under-voltage and over-voltage events. This feature helps protect sensitive systems from dangerous low and high voltage operations.

The MAX6869UK23D3S+T also features an integrated watchdog timer, which can be used to monitor the system performance. The watchdog timer can be programmed to reset the system in the event that it\'s not operating correctly, which ensures system stability and prevents system crashes.

The MAX6869UK23D3S+T also provides file reset functionality. It is capable of resetting a list of parameters that are stored in the system\'s memory. This can be useful in situations where the system needs to be reset after a power failure or system malfunction. This feature helps enhance the reliability of the system and prevents errors from occurring due to the reset not being applied manually.

The MAX6869UK23D3S+T is a high-performance supervisor device that can provide comprehensive protection for a variety of applications. Its range of system monitoring functions and adjustable monitoring thresholds make it a very useful tool for system reliability and stability. It is well-suited for use in applications such as medical, aerospace, defense, consumer electronics, and other high-performance systems.

The functioning of the MAX6869UK23D3S+T is based on the concept of powerline monitoring. This process involves the constant monitoring of the status of the primary power supply (VIN), supply voltage (VDD), processor core voltage (CORE) and processor I/O voltage (VTT). This information is then used to detect any potential problems in the system, such as under-voltage or over-voltage conditions. When any of these conditions is detected, the MAX6869UK23D3S+T will send a signal to the system to take corrective measures.

The MAX6869UK23D3S+T also provides supply and system signal detection. In the event of an under-voltage or over-voltage condition, the internal logic circuits will detect the signal and will instantly reset the system. This helps protect sensitive systems from dangerous conditions and ensures system stability and reliability.

The MAX6869UK23D3S+T also features an integrated watchdog timer, which can be used to monitor the system performance and will automatically reset the system if it detects any irregularities. This helps prevent system crashes and enhances system reliability.

Finally, the MAX6869UK23D3S+T also has the file reset feature, which allows system parameters stored in the system\'s memory to be reset in the event of a system malfunction or power failure. This can help restore the system to its initial operating) state, thus enhancing system longevity and reliability.

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