REF1004C-1.2 by Texas Instruments

Overview of REF1004C-1.2 by Texas Instruments

The REF1004C-1.2 is a micropower voltage reference that offers a precise 1.235 V output with a temperature coefficient of 20 ppm/°C, housed in an 8-SOIC package. Manufactured by Texas Instruments, this component maintains an output voltage accuracy within a narrow 0.3% tolerance. Designed for optimal stability and low power consumption, it operates over a commercial temperature range of 0°C to 70°C. Its applications are supported by specifications including a maximum output voltage of 1.239 V and a minimum of 1.231 V, supporting systems that require reliable voltage references within tight tolerances under varying environmental conditions.

The device is characterized as a two-terminal voltage reference and is constructed using bipolar technology. It features a small-outline package that is RoHS compliant, offering an environmentally friendly option that also adheres to REACH compliance. The REF1004C-1.2 ensures reliable performance with a maximum moisture sensitivity level (MSL) of 3 and is designed for surface mount technology, making it suitable for automated mass production processes.

Industry Applications for REF1004C-1.2

Given its specific characteristics, the REF1004C-1.2 could potentially be beneficial in various industry scenarios where precision voltage referencing is crucial. Here are a few illustrative examples:

  • Industrial Automation: In this sector, precision and reliability in sensor readings and automated control systems are paramount. The REF1004C-1.2 might be used to provide a stable reference voltage for analog-to-digital converters (ADCs) and instrumentation amplifiers, ensuring accurate data acquisition and processing in environments such as manufacturing plants or process industries.
  • Financial Technology (Fintech): Devices such as ATMs or point-of-sale systems potentially rely on components like the REF1004C-1.2 for consistent operation under variable temperatures and other environmental stressors, contributing to the overall reliability and security of financial transactions.
  • Renewable Energy: In renewable energy applications, particularly solar inverters, precision in the voltage reference could directly influence the efficiency and reliability of power conversion processes. The REF1004C-1.2 could potentially be utilized within these systems to stabilize voltage measurements ensuring consistent performance.

Note: These potential industry applications are conceptual and require analysis and verification by engineering and design teams to ensure they adhere to industry standards and specific application needs.

About Texas Instruments

Texas Instruments (TI) is a leading manufacturer and designer of semiconductor products, including an extensive range of Voltage References. Their expertise spans across various aspects of power management technology, particularly highlighted in their development of micro-power voltage references such as the REF1004C-1.2. TI is renowned for producing reliable and precise components that meet rigorous industrial requirements, backed by their commitment to quality and environmental standards. Texas Instruments’ product portfolio also includes other similar voltage reference devices, underlining their capabilities in creating versatile, innovative semiconductor solutions.

Where to Find REF1004C-1.2 by Texas Instruments

The REF1004C-1.2 can be researched on findchips.com, a valuable resource for checking current stock levels and evaluating pricing across various distributors. Historically, this component has been available from distributors such as TME, Rochester Electronics, Quest Components, Bristol Electronics, Verical, Onlinecomponents.com, Arrow Electronics, Mouser Electronics, and DigiKey. To find alternate parts to the REF1004C-1.2 and other devices offered by Texas Instruments or different manufacturers within the realm of Voltage References, visit the referenced link for a comprehensive view of available options.

Compare pricing for REF1004C-1.2 and other Voltage References / Power Circuits at findchips.com