MCP1825T-3002E/DC

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MCP1825T-3002E/DC is a low dropout voltage regulator (LDO) from Microchip specifically designed for low-dropout linear regulation and a wide input voltage range for applications that call for both small size and high performance. This device is designed to deliver up to 300mA of continuous current and features an ultra-low 150mV maximum dropout voltage at full load and low quiescent current of just 800μA. Its low voltage operation along with wide input range make it an ideal solution for point-of-load regulation requirements in a variety of applications such as consumer electronics and mobile computing.

The device itself operates off of the input voltage which it regulates to the output voltage by passing or conducting the current. Its output voltage is adjustable between 1.2V to 3.0V and can be set by a single external resistor. Its ultra-low voltage operation allows the device to regulate even at lower input voltage levels which makes it ideal for battery powered applications. The device also features high line/load regulation as well as fast transient response.

The low load characteristics of MCP1825T-3002E/DC make it perfect for battery powered applications such as mobile phones, PDAs, digital cameras and even portable medical equipment. It is also well suited for other applications such as automotive, industrial and consumer applications, which demand high performance on a limited power budget.

The device also features a wide input voltage range from 4.2V to 20V, making it compatible for powering a variety of different voltage sources. The adjustable output voltage makes it possible to get the exact regulated voltage required in various applications. The device also includes over current protection and thermal shutdown protection to protect the device from short circuits and other over-current conditions.

The MCP1825T-3002E/DC is an excellent solution for dc-to-dc step down, point-of-load requirements. With its outstanding performance and wide operating range, it is the perfect choice for high-efficiency, low-power designs. Its small footprint and low quiescent current make it ideal for a variety of battery powered applications and its ultra-low dropout voltage make it highly efficient, even at low input voltage levels.

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