MIC2214-JPBML-TR

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The MIC2214-JPBML-TR is a linear voltage regulator (PMIC - Voltage Regulators - Linear). This device operates on input voltages up to a maximum of 28V and is able to provide regulated output from 0.8V to 14V. It is capable of supplying over 3A of output current and is package in an MSOP10 footprint.

The MIC2214-JPBML-TR is used in a variety of applications, including low noise digital video cameras, DVC, networking and medical devices, as well as motor control and auto-load applications. It is also used in consumer electronics and portable applications, such as mobile devices, e-readers, digital cameras, and cordless phones. This device is designed to operate at lower noise and higher efficiencies than other voltage regulators which makes it a popular choice in industrial and consumer applications.

The MIC2214-JPBML-TR is a linear voltage regulator, which means it is able to regulate the voltage it supplies a circuit by adjusting its own internal resistance. This is done by a series of internal transistors, resistors, and diodes, which together act as a voltage regulator. The device works in such a way that when the voltage output of the device is not required to be regulated, the transistors, resistors, and diode begin to conduct, at which point the current is limited and, consequently, the voltage is regulated.

At the same time, a feedback circuit is designed to monitor the actual output voltage and adjust the internal resistance to maintain the desired level of output voltage. This feedback circuit is composed of an internal divider and high order amplifier that is used to monitor the voltage at the output stage of the device. This amplifier sends a feedback signal to the controller, which adjusts the internal resistance of the device to maintain the desired output voltage.

The MIC2214-JPBML-TR is designed for use in a wide variety of applications, making it a highly versatile device. It is capable of supplying large amounts of current, operating at very low noise, and providing excellent efficiency. This device is easy to use and is capable of meeting a variety of design requirements, making it an ideal choice for a range of applications.

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