MIC5245-3.3BM5-TR

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The MIC5245-3.3BM5-TR is a 3.3V linear voltage regulator designed to provide a stable voltage output in a variety of applications. It is designed to provide the necessary stability and protection to keep the system working properly. The MIC5245-3.3BM5-TR is part of the PMIC family of voltage regulators and linear voltage regulators.

The MIC5245-3.3BM5-TR devises use a standard CMOS integrated circuit as the main component. The IC is designed as an adjustable voltage supply that can provide up to 3.3V of regulated voltage. The IC also uses a PNP transistor in the output stage to protect the IC from over-current and over-voltage conditions. The design allows for the output voltage to be adjusted by the user via an external resistor. The IC also includes built-in temperature protection and ESD protection.

The MIC5245-3.3BM5-TR has a typical input voltage from 4.5V to 5.5V and a maximum output current of 100mA. The device has an operating temperature range from -40°C to +85°C and can operate up to 120mA at +85°C. The device has a low quiescent current of only 20uA. The device also has low dropout voltage of only 0.19V, which is ideal for systems where space is at a premium and power supply voltages are low.

The MIC5245-3.3BM5-TR is ideally suited for providing a stable 3.3V output in a variety of applications such as digital devices, modems, digital televisions, cellular phones, and many other low power devices. The device is also suitable for applications that require a constant voltage supply to power an internal microprocessor or other hardware. Additionally, the device can be used to regulate voltages for precision analog circuits.

The MIC5245-3.3BM5-TR is a reliable device that offers some great features, such as the low power consumption, low dropout voltage and over-current and over-voltage protection. It is an energy-efficient and economical solution for applications that require a stable voltage output in a variety of applications. This device is ideal for low power applications due to its low power consumption.

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