R1524N090B-TR-FE

Voltage Regulators - Linear Nisshinbo Micro Devices R1524N090B-TR-FE Overview

Introducing the R1524N090B-TR-FE by Nisshinbo Micro Devices, a standout in the Voltage Regulators - Linear category, engineered to deliver stable and reliable 9V output with a capability of up to 200mA current. This product is designed for high-efficiency performance in compact packages, making it ideal for applications requiring consistent voltage delivery without sacrificing space. The SOT235 package ensures that this linear regulator integrates smoothly into various circuit designs, providing a robust solution for managing voltage requirements in a multitude of electronic devices. The integration of the R1524N090B-TR-FE from Nisshinbo Micro Devices into your designs ensures not only performance but also the reliability synonymous with a leading semiconductor manufacturer.

R1524N090B-TR-FE Features

The R1524N090B-TR-FE linear voltage regulator features a steady 9V output and supports currents up to 200mA. It is designed with a low dropout voltage, enhancing its efficiency in a wide range of operating conditions. The device's thermal overload protection feature safeguards it and the overall system under high temperature operating conditions. Additionally, the regulator offers low noise performance, which is crucial for sensitive audio and other precision applications.

R1524N090B-TR-FE Applications

• Consumer Electronics: Utilized in devices such as audio amplifiers and home appliances, where stable voltage and noise reduction are critical for performance and longevity.
• Portable Devices: Essential for maintaining battery efficiency in mobile phones, tablets, and other portable gadgets by ensuring a consistent 9V supply.
• Power Management Systems: Helps in managing power supplies in more complex systems like computing devices and networking equipment, ensuring they operate within safe voltage limits.
• Healthcare Equipment: Reliable voltage regulation is crucial in healthcare devices, where accuracy and reliability can impact device functionality and patient safety.