XC6124F549ER-G

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The XC6124F549ER-G is a low dropout (LDO) linear regulator. It is part of a series of PMIC - Supervisors used to provide power supply precision and safety to a variety of systems. The XC6124F549ER-G is specially designed to meet the demands of modern, high-performance automotive systems. It provides up to 600mA of output current and features a typical dropout voltage of 0.15V, which enables reliable power at low voltages.

The device is based on a standard CMOS structure and is capable of supporting a wide input voltage range from 2.0V to 6.5V. Additionally, the XC6124F549ER-G boasts a high level of accuracy, with a maximum output voltage tolerance of 100mV, and a fast settling time. As such, it is suitable for automotive systems such as telematics, engine control, and electric vehicles.

The XC6124F549ER-G has two operating modes. In standby mode, the device consumes virtually no current and is suitable for powering systems in sleep or hibernation states. In active mode, the device regulates the output voltage in response to changes in the input voltage and provides additional protection against over-current, over-voltage, and short-circuits.

The XC6124F549ER-G’s operating temperature range is -40C to +125C, allowing it to work efficiently in extreme environments. It also features an output enable control pin and an integrated reverse-current protection circuit. The thermal protection feature in the XC6124F549ER-G is designed to protect against temperature-related malfunctions and over-heating.

The XC6124F549ER-G is packaged in an ultra-small SOT25-3L package, making it suitable for use in space-restricted designs. It has a low power consumption, making it ideal for battery-powered applications, and is EMI-resistant allowing it to be used in sensitive applications.

In summary, the XC6124F549ER-G is a low dropout linear regulator that is part of a series of PMIC - Supervisors used to provide power supply precision and safety in a variety of systems. It is capable of providing up to 600mA of output current, features a fast settling time, and is able to withstand a wide range of conditions. Additionally, it is packaged in a small size suitable for space-restricted designs and is energy efficient, making it an ideal choice for battery-powered and high-performance applications.

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