XC61HC2512MR-G

XC61HC2512MR-G are Power Management Integrated Circuit (PMIC) supervisors, and finds application in a wide range of electronic systems. It is a low power, four channel ultra-low-power supervisor designed to monitor various battery power supplies and also system power supplies. It has an especially wide voltage range that ranges from 1.2V to 5.5V. This makes it suitable for monitoring any power supply, making it an effective device to ensure the safety of the system.

The purpose of XC61HC2512MR-G is to monitor the power supply and reset the system if it drops below or exceeds certain levels, as well as warning the user that the power supply is getting low or is getting close to the threshold levels it set. It also has two reset outputs to allow it to reset two different DC-DC converters. It can also be used to detect a power supply or battery power violation or low battery conditions. It features an adjustable reset delay time of the output triggering a reset, allowing for a more flexible reset boundary.

The working principle of XC61HC2512MR-G is simple. When the power supply voltage is below or above a certain level, the power supply voltage is monitored constantly and if the voltage drops below or exceeds a predetermined values, the XC61HC2512MR-G then triggers the power reset signal and reset the system.

XC61HC2512MR-G can be used to protect different types of PCs, servers, mobile phones, digital equipment and other devices in need of protection. It is widely used in security systems, data logging, automotive control systems and temperature management. It is also suitable for low power embedded systems and field sensor systems. XC61HC2512MR-G can also be used in communication equipment that requires a low power surveillance and signals, such as GPS and mobile telephone platforms.

XC61HC2512MR-G has become a widely used PMIC supervisors as it offers excellent protection and safety of the system. It is able to detect any power supply violation, as well as low battery conditions, and reset the system should anything go wrong. This makes it an ideal choice for a wide range of electronic systems that require power protection.