RP109L351D-TR

Voltage Regulators - Linear Nisshinbo Micro Devices RP109L351D-TR Overview

Introducing the RP109L351D-TR from Nisshinbo Micro Devices – a reliable and efficient linear voltage regulator designed to ensure consistent performance and power stability across various applications. This component is an essential choice for designers seeking a compact, high-performance solution in power management. Offering a fixed output voltage of 3.5V and a capability to deliver up to 150mA, the RP109L351D-TR stands out with its low dropout feature, which ensures better efficiency under closer input-output voltage differentials. It is packaged in a compact DFN10104, making it ideal for space-sensitive applications. The Voltage Regulators - Linear Nisshinbo Micro Devices RP109L351D-TR is engineered for precision and durability, accommodating a wide array of electronic devices and systems.

RP109L351D-TR Features

• Fixed 3.5V output voltage suitable for consistent power supply.
• 150mA output current capability for driving moderate loads.
• Low dropout voltage for enhanced efficiency.
• Compact DFN10104 package for space-efficient designs.
• High reliability and long operational life.

RP109L351D-TR Applications

• Portable Devices: Ideal for battery-operated gadgets like handheld gaming devices and GPS units, where maintaining a stable voltage is crucial for functionality and battery efficiency.
• Healthcare Equipment: Used in portable medical devices that require consistent and safe power delivery to ensure accurate readings and reliable operation.
• Power Supply Modules: A key component in modular power supplies, where it stabilizes voltage to prevent fluctuations that could affect sensitive electronics.
• Consumer Electronics: Applied in home automation systems and smart devices, providing the necessary power control to ensure safety and energy efficiency.
• Telecommunication Devices: Supports telecommunication equipment by providing a stable power output, critical for maintaining system reliability and performance under varying load conditions.