R1172S101B-E2-FE

Voltage Regulators - Linear Nisshinbo Micro Devices R1172S101B-E2-FE Overview

The Voltage Regulators - Linear Nisshinbo Micro Devices R1172S101B-E2-FE is a high-performance linear voltage regulator designed to deliver a stable 1V output from a higher voltage supply. Engineered for precision, this component ensures a steady performance with a maximum output current of 1A, housed in a compact 6-HSOP package. Its low dropout feature makes it ideal for applications requiring efficient power management and minimal power dissipation, ensuring reliability and longevity in critical applications. With its robust design and reliable output characteristics, this voltage regulator is perfect for B2B customers looking for quality and consistency in power supply solutions.

R1172S101B-E2-FE Features

The R1172S101B-E2-FE voltage regulator offers several features ideal for sophisticated electronic assemblies. Key features include:

• Stable 1V output with an accuracy level that ensures device reliability and performance continuity.
• High current output up to 1A, suitable for high-load applications.
• Low dropout performance facilitating efficient use of energy and reduced operational costs.
• Compact 6-HSOP package allowing for integration in space-constrained applications.
• Thermal shutdown and overcurrent protection features enhance the safety and durability of the component.

R1172S101B-E2-FE Applications

• Portable Devices: Provides stable power supply ensuring consistent performance and battery life extension.
• Consumer Electronics: Ideal for use in devices such as cameras and audio players where steady voltage is crucial.
• Healthcare Devices: Utilized in medical monitoring equipment, offering reliable voltage to ensure accurate readings and device safety.
• Telecommunications Equipment: Supports telecommunications hardware with consistent voltage to maintain signal integrity.
• Computing Devices: Applied in various computing devices for stable operation and to protect sensitive components from voltage fluctuations.