X4C105V20-3AT1

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

PMIC - Supervisors provide a thorough monitoring and control of system power. In order to maintain stable device operation, regular and efficient supervision must be conducted. X4C105V20-3AT1 is a programmable under-voltage supervisor and reset circuit specified with a variety of monitoring functions.

For a typical event, the X4C105V20-3AT1 output signal RESETn will be pulled low when the supply voltage VDD drops below a programmable voltage threshold. On the other hand, if VDD rises above the reset threshold, RESETn will be released and the device is enabled back again. Therefore, by utilizing the X4C105V20-3AT1, devices can be safeguarded from damaging power disturbances.

X4C105V20-3AT1 also provides several monitoring features for further enhancing system reliability. The low power comparator in X4C105V20-3AT1 is integrated with an internal 2.3V open-drain reference voltage and a variable gain amplifier. Through the output signal TB, voltage changes can be detected, which then triggers an interrupt or a reset to the host controller. Additionally, X4C105V20-3AT1 can detect an input that is in the range of 0.5V-30V, making it ideal for applications with stringent supply rail monitoring requirements.

The X4C105V20-3AT1 is especially designed for embedded systems and its application field covers Set-Top boxed, DVD/Blu-ray player, computer peripherals, and more. In order for systems to make a successful transition from power-on to run-mode require a combination of both VDD and VCC monitoring functions. X4C105V20-3AT1 is the product of choice when it comes to enabling real-time system stabilization and protection.

In summary, the X4C105V20-3AT1 is an ideal reset circuit device with various applications. It can provide a comprehensive monitoring and control of system power through its multiple interconnected monitoring functions. In addition, it can provide alerts before low voltage thresholds to ensure system stability, as well as protect against dangerous power disturbances. As such, X4C105V20-3AT1 is highly recommended for any embedded system applications.

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