XC6123D622ER-G

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PMIC - Supervisors are employed to ensure that electrical systems are operating in accordance with pre-defined conditions. The XC6123D622ER-G is a PMIC - Supervisor that uses a micro-stepped hysteretic architecture specifically designed for high performance applications.

The XC6123D622ER-G offers a simple application field where it can be used to provide micro-controller reset input and can be used as a power-on reset signal generator. It provides the highest level of accuracy and stability by using solid-state technology and is capable of responding to events with ease, while continuously monitoring its input.

The XC6123D622ER-G can be used over a wide range of operating temperatures and also offers balanced conditions for noise immunity. The output of the component is designed to be switching a complete shutdown of the micro-controller and power supply line when a specified threshold voltage is exceeded.

The component also employs an analog control input which can be used to optimize the hold and trip levels of the component. As such, the component can be used to protect a system from potentially harmful events such as input overvoltage and output undervoltage.

At its core, the XC6123D622ER-G is an IC with a micro-stepped hysteretic architecture. This architecture is designed to provide a higher level of accuracy, stability, and seismic robustness than traditional designs. The component also offers a high level of noise immunity, as it is capable of making use of its analog control input in order to fine-tune the performance of the component.

The XC6123D622ER-G also offers a wide range of features such as pulse burst and tracking reset signals, thermal reset in case of over-temperature, undervoltage lock out for improved robustness, adjustable reset return delay, and more.

On the hardware side of things, the component is capable of providing a short circuit current protection for its output pin through the use of current limiting circuitry. This circuitry eliminates the need for external current-limiting components and helps reduce the size of the circuit.

In conclusion, the XC6123D622ER-G is a PMIC - Supervisor that is specifically designed for high performance applications. It offers a range of features that help provide increased accuracy and stability, while also responding to events easily. This component can be used to protect a system from overvoltage and undervoltage events, as well as providing a short circuit current protection for its output pin. This makes it a great choice for applications where precision and robustness are paramount.

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