RT9076-33GV

PMIC - Voltage Regulators - Linear

The RT9076-33GV is an ideal Linear Voltage Regulator for modern PMIC applications. This popular regulator typically offers less than a 0.2V voltage dropout, and decreases power losses, ensuring better thermal performance. With a wide input voltage range of 2.6V to 16V, the RT9076-33GV is ideal for a variety of applications and supports both fixed ISO-mode and adjustable voltage down to 0.8V.

Overview

The RT9076-33GV is equipped with four output pins and various features to help further customize the voltage regulator to the specific needs of the application. To further minimize noise and help prevent the RT9076-33GV from overheat, it comes with a built-in over-current protection and over-temperature protection. The RT9076-33GV is available in a variety of packages, with a range from standard SOT-23 up to SOP-8.

Application Field

Typical applications for the RT9076-33GV include battery powered electronics, industrial supplies, motor controllers, and power supplies for electronic devices. The RT9076-33GV is also often chosen for its high power capabilities and consistently reliable performance when operating at high temperature.

Working Principle

The RT9076-33GV is a linear voltage regulator that works by using a linear variable resistor connected in series between itself and the input voltage source. As more current is drawn, the variable resistor absorbs more voltage and delivers a consistent output voltage, regardless of changes in input voltage.

The RT9076-33GV also takes advantage of an innovative heat dissipation system, allowing it to reduce the power loss and increase its thermal performance to 15W while maintaining a lower thermal resistance of 0.37°C/W.

Conclusion

The RT9076-33GV is an ideal linear voltage regulator for modern PMIC applications that need a reliable voltage regulator. With a wide input voltage range and adjustable output voltage, the RT9076-33GV is able to provide consistent performance across a variety of applications. Additionally, the device also features an innovative heat dissipation design, allowing it to reduce power losses and increase its thermal performance.