XC6124D621ER-G

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PMIC - Supervisors are integrated circuits that monitor and control system operations in industrial, commercial, and consumer electronic systems. The C6124D621ER-G is a PMIC - Supervisors-specifically designed for low-power applications such as mobile phones, IoT devices, wearables, and other handheld devices. The C6124D621ER-G is a highly integrated PMIC offering a range of features including low-power sleep mode and power-on reset, adjustable voltage monitoring for accurate voltage threshold settings, and over-temperature protection for protecting the system from overheating.

The C6124D621ER-G includes an on-chip logic circuit that provides a configurable power-on reset, adjustable voltage monitoring, adjustable temperature range sensing, and ultra-low-power standby mode. The configurable power-on reset feature allows it to detect system voltages, quickly recover from brownouts or power-down events, and provide system reset.

The adjustable voltage monitoring feature of the C6124D621ER-G allows it to detect system voltages and provide warning or reset signals in case the voltage drops or rises beyond pre-set levels. This feature is especially useful in applications that use several power sources, since it allows the supervisor to ensure the current supply is within the acceptable range.

The adjustable temperature range sensing feature of the C6124D621ER-G enables the system to detect ambient temperatures that are within or outside the specified limits and take appropriate action. This feature helps to protect the device from overheating and to improve system performance. The ultra-low-power standby mode enabled by the C6124D621ER-G allows it to detect and respond to wake-up signals from host systems, allowing the system to enter a standby mode and save power when not in active use.

The C6124D621ER-G is a low-power supervisor IC that offers a wide range of features that make it suitable for use in a variety of low-power applications. Its configurable power-on reset, adjustable voltage monitoring, adjustable temperature range sensing, and ultra-low-power standby modes make it an ideal choice for consumer, industrial, and commercial devices such as mobile phones, IoT devices, wearables, and other handheld devices.

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