ZRC250A03STZ

Voltage Reference Diodes Incorporated ZRC250A03STZ Overview

The Voltage Reference Diodes Incorporated ZRC250A03STZ is a robust and precise voltage reference source, designed to ensure stability and accuracy in various applications requiring voltage calibration. This shunt voltage reference IC delivers a nominal voltage of 2.5V and features a precision tolerance of 3%. Encased in a TO92 package, it offers enhanced durability and reliability for demanding environments. Ideal for industrial applications where precision voltage is critical, this device is engineered to meet the high standards of performance expected by B2B customers. The small form factor not only ensures compatibility with a wide range of electronic assemblies but also facilitates easy integration into existing designs without extensive redesign.

ZRC250A03STZ Features

The ZRC250A03STZ from Diodes Incorporated features several key attributes that make it a top choice for high-precision electronics. Key features include a tight output voltage tolerance of 3%, ensuring consistent performance. The device operates effectively across a broad temperature range, which is critical for systems exposed to varying environmental conditions. Furthermore, its TO92 packaging is designed for optimal thermal stability, thus preserving device integrity and performance over time.

ZRC250A03STZ Applications

• Power Supply Control: Utilized in power supply units to provide a stable reference voltage that ensures output voltage remains consistent irrespective of fluctuations in input power or load conditions.
• Data Acquisition Systems: Helps in achieving high accuracy in data acquisition systems by stabilizing the voltage used for analog-to-digital conversion, enhancing the overall reliability and precision of measurements.
• Automotive Electronics: Employed in automotive electronics to maintain accurate sensor readings and stable electronics operation under varying environmental and operating conditions.
• Portable Devices: Essential in portable devices to provide precise voltage regulation that enhances battery efficiency and operation stability in mobile applications.
• Telecommunications: Used in telecommunication equipment to ensure precise voltage levels are maintained for effective signal processing and operation of communication protocols.