MIC2212-WSYML-TR

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MIC2212-WSYML-TR is a voltage regulator that falls under the category of linear voltage regulators. It is a low voltage dropout regulator (LDO) specially designed in a SOT package to save space and reduce heat dissipation. It is well suited for use as a low noise, very low dropout, fast response voltage regulator in many different applications.

A linear voltage regulator works by using an internal linear voltage regulator circuit to regulate a DC input voltage. The output voltage is kept constant and is equal to the reference voltage used by the regulator. The output current is limited only by the current capability of the output transistor. The input can range from a higher voltage to a lower voltage than the output. This is known as a “dropout” voltage regulator or a low voltage dropout regulator. The dropout voltage is the input-output voltage differential at which the regulator begins to malfunction. The lower the dropout voltage of the regulator, the higher the current draw it can deliver for a given voltage output.

The MIC2212-WSYML-TR IC is a high-performance, low-noise, very low-current, low-dropout, highly-accurate and very low-power LDO. Two different versions are available, a standard version and an ultra low-ESR version. The output voltage of the MIC2212-WSYML-TR is adjustable from 0.8V to 5.0V. It supports load currents up to 1.5A. In addition, this regulator features a maximum dropout voltage of 200mV at 1A and a maximum operating current of 28uA. The regulator has a standing voltage accuracy of ±0.5%. It has a shutdown pin (SD) that can be used to shut down the regulator. The MIC2212-WSYML-TR is also RoHS compliant.

The MIC2212-WSYML-TR regulator is widely used in many applications including telecom infrastructure, cellular radio and wireless battery-powered and portable computing. It is suitable for use in products with high efficiency requirements and limited space such as tablets and other thin products. The low noise, very low dropout and fast response makes it ideal for low-noise and low-power environments. The low-cost packages allow for a smaller form factor and a cost-effective design. It is also suitable for microprocessor, FPGA and system-on-chip (SoC) applications. The low consumption current makes it ideal for low-power consumption applications. It is suitable for systems that require limited EMI emissions.

The MIC2212-WSYML-TR is designed to save space, lower power consumption and reduce heat dissipation. It features a high power-to-space saving ratio, making it suitable for many portable applications. It is also suitable for high precision voltage regulation with an accuracy of ±0.5%. The low output noise of <50μV RMS makes it ideal for low-noise and low-power applications. The integrated over-temperature and short-circuit protection ensures the regulator operates safely. The low quiescent current and the low ground current, which is two times lower than other popular voltage regulators in its class, increases the power efficiency and extends battery life for battery powered applications.

In summary, the MIC2212-WSYML-TR linear voltage regulator is an ideal solution for many applications due to its low voltage dropout, high accuracy, low noise and high power-to-space saving ratio. It is suitable for many different use cases including telecom infrastructure, cellular radio, portable computing, microprocessor, FPGA and system-on-chip (SoC) applications. Its low quiescent current and low ground current makes it suitable for low-power consumption applications. It also features over-temperature and short-circuit protection to ensure safe operation.

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