MIC2810-1JGMYML-TR

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The MIC2810-1JGMYML-TR is a switching linear single-phase PMIC Voltage Regulator that provides up to 6A of output current at a wide input voltage range of 8V to 60V. This IC is ideal for industrial and automotive applications that require a high precision and efficient power solution. With its wide input voltage range, the MIC2810-1JGMYML-TR is well suited for circuits that require a high degree of power management flexibility. The device also offers protection features including short-circuit protection, overload protection, and thermal shutdown. The MIC2810-1JGMYML-TR is suitable for various industrial and automotive applications, including factory automation, motor control, battery management, motor drive, and communications. Additionally, the device is optimized for a wide range of voltage settings, allowing for an even greater degree of customization to the application.

The MIC2810-1JGMYML-TR is a switching linear single-phase PMIC Voltage Regulator with a wide input voltage range of 8V to 60V. The device is designed for a high level of flexibility and efficiency, providing up to 6A of output current, with low dropout and high output accuracy. The MIC2810-1JGMYML-TR features programmable and current-mode control, allowing the user to customize the device’s behavior to match their application needs. Additionally, the device includes short-circuit protection, overload protection, and thermal shutdown, allowing it to operate safely in the event of excessive current draw or an overload condition.

The MIC2810-1JGMYML-TR is based upon a switching linear power-regulator architecture. This type of regulator consists of two converters; an input switch-mode power-conversion stage, and an output linear regulator. The MIC2810-1JGMYML-TR uses an external field-effect transistor (FET) to control the input current to the linear regulator, allowing for a high level of flexibility and efficiency. This external FET, combined with the low dropout capability of the MIC2810-1JGMYML-TR, allows for a high level of output accuracy over the input voltage range.

The MIC2810-1JGMYML-TR’s input-switch-mode power-conversion stage is optimized to ensure low noise and good efficiency. The switch is powered directly by the input voltage and is controlled by a low-noise current-sense device. This current-sense device is part of a control loop that ensures that the switch’s peak current remains constant, regardless of input voltage or output current loading. The output stage of the MIC2810-1JGMYML-TR is a linear regulator, which provides low output noise and excellent efficiency. The linear regulator is also protected against excessive current draw or an overload condition by the external FET.

The MIC2810-1JGMYML-TR is designed to provide a high degree of power management flexibility and a wide range of voltage settings. The device is aimed at applications that require adjustable output voltage and high efficiency, such as factory automation, motor control, battery management, motor drive, and communications. The MIC2810-1JGMYML-TR is designed to operate at both tight voltage regulation and wide voltage regulation, allowing for a larger range of output current requirements.

The MIC2810-1JGMYML-TR switching linear PMIC Voltage Regulator provides a wide range of voltage settings and high efficiency, making it suitable for a variety of applications. The device includes short-circuit protection, overload protection, and thermal shutdown, allowing it to operate safely in the event of excessive current draw or an overload condition. Additionally, the device is optimized for a wide range of voltage settings, allowing for an even greater degree of customization to the application. For applications that require a high degree of power management flexibility, the MIC2810-1JGMYML-TR is an ideal solution.

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