RH5RE33AA-T1-FE

Voltage Regulators - Linear Nisshinbo Micro Devices RH5RE33AA-T1-FE Overview

The Voltage Regulators - Linear Nisshinbo Micro Devices RH5RE33AA-T1-FE is a high-performance, low-dropout linear voltage regulator designed for superior stability and efficiency. Engineered by Nisshinbo Micro Devices, a leader in microdevice technology, this component offers a fixed output of 3.3V and a current capacity of 80mA. Ideal for applications requiring a reliable power supply with minimal power loss, this regulator is housed in a compact SOT893 package, making it perfect for space-constrained applications. Its precision output and low operational noise make it an excellent choice for sensitive electronics, enhancing system reliability and performance.

RH5RE33AA-T1-FE Features

This linear voltage regulator features several key attributes that ensure optimal performance across various applications: - Fixed 3.3V output voltage provides consistent power. - 80mA output current suitable for low-power devices. - Low dropout voltage enhances efficiency and allows for operation closer to the power supply voltage. - Small form factor (SOT893 package) ideal for compact designs. - High stability and low noise output suitable for sensitive electronic applications.

RH5RE33AA-T1-FE Applications

• Consumer Electronics: Utilized in powering small consumer electronics that require a stable and efficient power supply, enhancing device reliability and battery life.
• Portable Devices: Ideal for use in portable medical monitors where consistent voltage is crucial for accurate readings and device functionality.
• Wearable Technology: Employs its low noise output and compact size in wearable devices, providing long-lasting power without compromising device size and comfort.
• Telecommunication: Applied in telecommunication equipment, where stable voltage and low dropout are necessary to maintain system performance under varying load conditions.
• Microcontrollers: Powers microcontrollers in various applications, ensuring stable operation and reducing the risk of voltage irregularities that can lead to system failures.