XC6124E716ER-G

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Power management integrated circuits (PMICs) are integrated circuits that are designed to provide power to all parts of an embedded system. Among the various types of PMICs available, supervisors are one type used to monitor and regulate system power states. The XC6124E716ER-G, a member of the XC6124 family of supervisors, is designed to provide system reliability and quality power management and is intended for use in industrial and automotive applications.

The XC6124E716ER-G is a highly reliable, low-active power supervisor. It uses a low-voltage P-channel MOSFET to regulate power to the system. Its voltage range is selective, and it provides an adjustable power-on reset, or POR, threshold that can be tailored to the application. It also features voltage sequencing, which enables the supervisor to track the power-on sequence of the system.

The XC6124E716ER-G is designed to provide reliable power management for applications that require high level precision and performance. The device is ideal for applications such as motor control and power supply regulation, as well as data acquisition and detection systems. It is also suited for applications requiring fast, reliable power cycling.

The XC6124E716ER-G is designed with a two-level reset structure to ensure the reliability of the whole system. In a system with multiple sources of power, it provides a reset signal to the system when the voltage dips below the preset threshold. This reset signal disconnects the system from all power sources, thus protecting it whenever the power levels dip beneath a certain threshold. To facilitate this process, the supervisor also features an adjustable power-on threshold.

The XC6124E716ER-G features a low Iq, or quiescent current, specification. This ensures low power consumption, which is important for many industrial and automotive applications. It also features an extended voltage range, which allows it to be used in applications with a wide range of power requirements, such as those using Li-ion batteries. In addition, the supervisor supports an adjustable time-out feature, ensuring a stable and reliable system power-on time.

The XC6124E716ER-G is designed to detect a host of mechanical and chemical conditions, and react accordingly to ensure system reliability. It uses a typical detection voltage of 1.5V to detect mechanical conditions, such as a mechanical over-current condition. It also uses a typical detection voltage of 0.8V to detect chemical conditions, such as chemical over-current, chemical overvoltage, and chemical load capacitance. Additionally, it features an exact detection voltage limit at 4V, which eliminates false detecting of chemical conditions.

The XC6124E716ER-G is designed to be an electrical over-temperature protection (OTP) supervisor. Its OTP protection limit is set at 120ºC, providing a stable and reliable system safety margin. It also features an adjustable reset function, allowing the system to reset when the OTP limit is exceeded. This provides system reliability and reduces the effects of thermal cycling.

In summary, the XC6124E716ER-G is a low-active power supervisor that is ideal for use in industrial and automotive applications. Its features enable it to provide reliable power management for systems requiring high level precision and performance. The supervisor provides an adjustable power-on threshold, voltage sequencing, an adjustable timeout, and an OTP safety margin. All of these features, combined with its low Iq specification, make it an ideal choice for ensuring system reliability in a variety of environments.

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