X40626S14-2.7AT1

Power management integrated circuit (PMIC) is a type of integrated circuit (IC) used to manage power for a range of electronic devices, such as microcontrollers, microprocessors, analog-to-digital converters, digital-to-analog converters, signal processors and memory. PMICs are designed to provide a complete power solution for the device in which they are located, including voltage regulation, voltage sequencers, voltage supervisors and signal processers. One type of PMIC, called a supervisor, is specifically designed to monitor and protect the system by providing protection against voltage and current outages, over- and under-voltages, and open or closed power paths.

The X40626S14-2.7AT1 is a monolithic voltage supervisor, low power CMOS supervisory circuit designed to monitor one or two supply voltages. It is designed to monitor 3.2V to 5.6V DC power supplies and provides two active disables. The circuit has two open drain outputs, one for each voltage to be monitored, which are both pulsed active low for 8ms periodically when the monitored voltage is below the trip point and deactivated in normal operation. The X40626S14-2.7AT1 monitors the power supply by activating a reset signal whenever the voltage level falls below the preset threshold, thus protecting the system from low power and/or over-voltage conditions. If a power failure occurs, the circuit will remain active until the voltage level has been restored to the specified trip point.

The X40626S14-2.7AT1 is the ideal choice for applications requiring low power consumption, low voltage reset and remote control voltage monitoring. It is typically used in portable and handheld devices, such as cellular phones, MP3 players, digital cameras, portable gaming devices and other power-sensitive consumer electronics applications. It can also be used in automotive, industrial/machine control and wireless applications, as well as in power supplies and battery chargers.

The X40626S14-2.7AT1 is a powerful, cost effective and highly reliable voltage supervisor and power monitor. It can provide the necessary protection for electronic devices and circuits from over-current, voltage fluctuations and over-heating. Its low power consumption makes it an ideal choice for battery-operated gadgets, and its user friendly interface allows for easy monitoring. Overall, it is a great choice for regulators, power management and other voltage sensitive applications.