XC6124C627MR-G

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PMIC (Power Management Integrated Circuit) is a type of electronic device that is primarily used to control voltage and current inputs or outputs in various electronic equipment and products. PMICs are made with power sources, interpolers, current/voltage converters, current/voltage regulators, supervisors, alarms, and monitoring functions that are all integrated together into one device. Typically, PMICs are used to help reduce the total number of components that are used in a given project, thus reducing overall cost, size, and power consumption.

One type of PMIC is the Supervisors. Supervisors are specially designed to remain inactive until a predetermined power-on condition occurs and then become active once that occurs. The supervisor monitors or supervises the state of specified power or circuit conditions to ensure it remains within the predetermined range. If the predetermined conditions are not within the specified range, or are deemed out of the range, the supervisor will then activate to intervene and trigger an interrupt process or reset the power or circuit condition.

The XC6124C627MR-G is a low voltage supervisor IC that is especially designed to be used when system power-on reset is needed. The reset threshold of this physically small IC is extremely low, with voltage thresholds of 3.3V, 2.8V, 2.5V, 1.8V, and 1.5V. It is also equipped with a low power consumption design specifically intended to be used in sleep or standby modes. The XC6124C627MR-G also features an adjustable reset release delay, wide reset detection window, active low RESET output, adjustable reset input pin trigger level, and built-in debounce circuit.

XC6124C627MR-G’s application field includes any type of electronic device that needs to detect the input voltage status. It is commonly used in laptop and desktop computers, PDA’s and other portable electronic devices and equipment. It can also be used in car electronics, biometrics and security systems, etc because of its low voltage supervisor and low power consumption capabilities. It provides a wide range of protection for electronic components in varying environments and keeps electronic products from damage due to wrong voltage, over-current and short-circuiting problems.

The working principle of the XC6124C627MR-G is relatively simple. It has an enable input, and through this input, an enable signal is sent. This enable signal then triggers the circuit reset delay feature and determines when the reset output should be triggered. Once the reset delay period is over and the voltage remains below the voltage threshold, then the output goes active (low) and the reset is activated.

The XC6124C627MR-G is a specialized type of PMIC supervisor that is designed to intervene when the preset power or circuit conditions are outside of the predetermined range. It is a low voltage supervisor with extremely low voltage thresholds that offers protection against damage due to wrong voltages, over-current, and short-circuiting problems. Due to its low power consumption capability, XC6124C627MR-G is suitable for applications in computers, PDAs, and other portable electronic devices, as well as car electronics, biometrics and security systems.

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