MIC5335-PPYMT-TR Integrated Circuits (ICs)

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MIC5335-PPYMT-TR is an unusual linear voltage regulator. It has unique characteristics that make it well-suited for some applications. The device is a PMIC, or Power Management Integrated Circuit, and is typically used in applications where low-noise voltage regulation at very low current is necessary.

The voltage regulator works by controlling the flow of current through two cascaded resistors, which are called the shunt and series resistor. The shunt resistor is placed between the voltage input and the output. The purpose of the shunt resistor is to limit the amount of current that can flow through the regulator. The series resistor is placed between the output and the ground terminal. The purpose of the series resistor is to provide a voltage drop so that the output voltage is lower than the input voltage.

The MIC5335-PPYMT-TR features an adjustable output voltage, which can be set between 0.3V and 5.0V. It also has very low quiescent current during operation, and a minimum output current of 0.2mA. This makes it suitable for applications such as low-noise audio, automotive systems, and portable electronics.

The MIC5335-PPYMT-TR also has advanced features such as overvoltage, undervoltage lockout, overcurrent protection, thermal shutdown, and soft start. The device has a typical shutdown current of 0.5 uA and can be enabled or disabled using an external logic signal. In addition, the device has very low EMI, making it ideal for applications in which low-noise and low-interference is required.

The MIC5335-PPYMT-TR is a cost-effective solution for applications requiring very low noise and stable output voltage regulation. Its advanced features and low-power operation make it ideal for applications such as low-noise audio, automotive applications, and portable electronics. Its adjustable output allows for customization to meet the exact requirements of the application. The device is designed to handle up to 12A of current, and its low EMI ensures that it is well-suited for applications in which low-noise and low-interference is required.

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