ZRC250R03

Voltage Reference Diodes Incorporated ZRC250R03 Overview

The ZRC250R03 from Diodes Incorporated is a robust and reliable shunt voltage reference IC, providing a precision reference voltage with a tight tolerance of 3%. This component is designed for high stability and low dynamic impedance, ensuring consistent performance under varying conditions. The compact E-Line package makes it suitable for dense PCB layouts, providing a straightforward solution for critical voltage regulation requirements in complex electronics. The inclusion of the Voltage Reference Diodes Incorporated ZRC250R03 in your designs ensures precise voltage control, essential for achieving high accuracy in advanced applications.

ZRC250R03 Features

The ZRC250R03 voltage reference features include a nominal voltage of 2.5V with a precision tolerance of ±3%. This shunt reference IC exhibits low dynamic impedance and a wide operating current range, which enhances its flexibility across different applications. The device is also characterized by its ability to operate over a broad temperature range, making it suitable for both commercial and industrial environments. These features combine to provide a reliable and stable performance, crucial for maintaining system integrity in sensitive electronics.

ZRC250R03 Applications

• Power Supplies: Utilized to provide precise reference voltage, ensuring stable output and improved regulation in switch-mode power supplies.
• Data Acquisition Systems: Acts as a benchmark voltage for analog-to-digital converters, improving accuracy and consistency in measurements.
• Portable Electronics: Used to maintain voltage stability in battery-operated devices, contributing to reliable operation and extended battery life.
• Automotive Electronics: Ensures accurate voltage reference in automotive control systems, vital for sensor accuracy and overall vehicle safety and efficiency.
• Medical Devices: Provides critical reference voltages required for precision medical instrumentation, aiding in consistent and reliable patient monitoring and diagnostics.