RT9161A-25GV

[Voltage Regulators - Linear Richtek RT9161A-25GV] Overview

Introducing the cutting-edge Richtek RT9161A-25GV, a premier choice in the realm of linear voltage regulators. Engineered to exacting standards by Richtek, this IC regulator stands as a paragon of reliability and precision in voltage regulation technology.

With a steadfast commitment to quality, Richtek has crafted the RT9161A-25GV to deliver a stable output of 2.5V with a robust current handling capacity of up to 500mA. Its compact SOT233 package ensures seamless integration into diverse electronic systems, offering unparalleled flexibility and efficiency.

Whether powering sensitive microcontrollers, powering up sensor arrays, or ensuring smooth operation of analog circuits, the Richtek RT9161A-25GV sets the benchmark for excellence, empowering engineers with the confidence to innovate without compromise.

RT9161A-25GV Features

• Precision voltage regulation at 2.5V, guaranteeing stable power output
• High current handling capacity of up to 500mA, ideal for diverse applications
• Compact SOT233 package for easy integration into space-constrained designs
• Low dropout voltage minimizes power dissipation, enhancing efficiency
• Excellent line and load regulation for consistent performance across operating conditions
• Wide input voltage range ensures compatibility with various power sources
• Thermal shutdown and current limit protection safeguard against overloads

RT9161A-25GV Applications

• Microcontroller Power Supply: The RT9161A-25GV provides a stable and reliable power source for microcontrollers in embedded systems, ensuring seamless operation and precise execution of tasks.
• Sensor Networks: With its high current handling capacity, the RT9161A-25GV is well-suited for powering sensor arrays in IoT devices, facilitating accurate data acquisition and transmission.
• Analog Circuits: In analog circuitry, where precision is paramount, the RT9161A-25GV excels, delivering a consistent 2.5V output to maintain signal integrity and fidelity.