TS431CS RLG

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PMIC - Voltage Reference

The TS431CS is a low-voltage, high-accuracy adjustable shunt regulator that has a 2-pin SOT-23 package and operates from a 1.6V to 15V supply. This low dropout (LDO) voltage regulator is designed to provide load regulation for upgrading a consumer product that requires an adjustable output voltage. The TS431CS provides a regulated voltage between 1.25V and 5V, with a maximum output current of 100 mA.

The regulator uses a current mirror circuit to provide a constant output voltage and load regulation. As the load is changed, the current through the current mirror is adjusted to maintain a constant output voltage. The TS431CS provides a wide range of external resistor value combinations, allowing the user to optimize performance in their application. This allows the user to fine tune the accuracy, output voltage, and power consumption to meet the particular requirements of their application.

The TS431CS is ideal for applications requiring accurate output voltage and low power consumption. It offers a low voltage dropout of only 350mV, allowing it to regulate output voltages down to 1V without having to increase the input voltage. It has a high accuracy of +/- 2%, allowing it to provide precise and adjustable voltage regulation. In addition, it has a fast transient response of 1uS, allowing it to ensure minimal output voltage deviation during load changes.

The TS431CS is suitable for a wide variety of applications where adjustable voltage regulation is required, such as low-power microcontroller-based applications, battery-powered systems, and signal conditioning. Its low power consumption, small footprint, and high accuracy make it an ideal choice for many applications.

In summary, the TS431CS is a low-voltage, high-accuracy adjustable shunt regulator with an SOT-23 package. It is suitable for applications requiring accurate and adjustable voltage regulation, such as low-power microcontroller-based applications, battery-powered systems, and signal conditioning. Its wide range of external resistor value combinations and low power consumption makes it an ideal choice for many applications, and its low voltage dropout and fast transient response ensure accuracy and minimal output voltage deviation during load changes.

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