TPS61261DRVT

Voltage Regulators - DC DC Switching Regulators Texas Instruments TPS61261DRVT Overview

The Texas Instruments TPS61261DRVT is a state-of-the-art boost converter dedicated to stabilizing output at 3.3V with up to 100mA current from a lower voltage supply. This compact device, encapsulated in a 6SON package, ensures a high efficiency and reliable solution for voltage regulation. The TPS61261DRVT is engineered to cater to the demanding requirements of portable devices by maintaining a consistent voltage level, which is critical for sensitive electronics. This Voltage Regulators - DC DC Switching Regulators Texas Instruments TPS61261DRVT provides an ideal balance between performance and footprint, making it an optimal choice for designers looking to enhance system longevity and reliability.

TPS61261DRVT Features

The TPS61261DRVT offers several key features that make it a robust choice for power supply design. This includes a wide input voltage range that allows for versatile applications, high efficiency through an optimized switching frequency, and over-temperature protection which safeguards the device and the application against thermal damage. Moreover, its compact 6SON package facilitates integration into space-constrained applications without sacrificing performance.

TPS61261DRVT Applications

• Wearable Electronics: This regulator is perfect for powering low-current devices like fitness trackers and smart watches, where maintaining a stable 3.3V output ensures consistent performance and reliability.
• Portable Medical Devices: In applications such as glucose monitors and portable ECGs, the TPS61261DRVT ensures that critical readings are accurate by providing a stable power supply, critical for patient safety and device accuracy.
• Wireless Sensors: Ideal for use in field-deployed sensors, the device can manage fluctuating input voltages while providing a consistent output, crucial for long-term data integrity and sensor reliability.
• Smart Personal Assistants: Ensures that small, voice-activated devices operate efficiently over their battery life, optimizing power consumption while maintaining necessary voltage levels for processing capabilities.