ZXRE4041DRSTZ

Voltage Reference Diodes Incorporated ZXRE4041DRSTZ Overview

The Voltage Reference Diodes Incorporated ZXRE4041DRSTZ is a precision shunt voltage reference IC that provides a stable 1.225V output with an impressive accuracy of ±1%. Designed by Diodes Incorporated, this component is housed in an efficient E-Line package, making it suitable for high-density mounting and ensuring reliability across various applications. The ZXRE4041DRSTZ is ideal for critical voltage calibration and control systems where stability and accuracy are paramount. Its low dynamic impedance and excellent temperature stability make it an indispensable part of any power management system, ensuring consistent performance and enhancing overall device reliability.

ZXRE4041DRSTZ Features

The ZXRE4041DRSTZ voltage reference features a fixed output voltage of 1.225V with a precision tolerance of ±1%, ensuring consistent performance. It operates over a wide current range from 1 µA to 20 mA. The device also boasts a low temperature coefficient and a minimal dynamic impedance, making it highly reliable in fluctuating environmental conditions. Its E-Line package is designed for streamlined PCB layout and easy integration into various circuit designs.

ZXRE4041DRSTZ Applications

• Power Supply Monitoring: Ensures precise voltage control and stability in power supplies, critical for maintaining output consistency across various loads.
• Data Acquisition Systems: Provides accurate reference voltages necessary for high precision sensors and converters, enhancing measurement accuracy and system reliability.
• Portable Electronics: Ideal for battery-operated devices where power efficiency and voltage precision are necessary to extend battery life and ensure device functionality.
• Automotive Electronics: Used in vehicle control systems to ensure accurate sensor readings and stable electronics operation under varying environmental conditions.
• Telecommunication Infrastructure: Helps maintain stable voltage levels in communication equipment, crucial for consistent performance and reliability in signal transmission.