Breakthrough accuracy limit: HX717 high-precision analog-to-digital converter

In today's rapidly developing electronic product market, the demand for precise measurement and data collection is increasing day by day. The HX717 high-precision analog-to-digital converter (ADC) chip launched by Avia Semiconductor provides a revolutionary solution for various precision applications. Let's delve into the features and advantages of this outstanding product.

Product Overview

HX717 is a dual channel, high-precision 24 bit analog-to-digital converter packaged in SOP-16. It not only has excellent performance, but also integrates multiple practical functions, providing a comprehensive solution for design engineers.

Excellent performance

The core advantage of HX717 lies in its astonishing accuracy. It provides a noise free resolution of 18.2 bits, ensuring extremely high accuracy of measurement results. This feature makes HX717 stand out in the field of precision measurement. Key performance indicators:

Resolution: 18.2 bits with no noise

Output data rate: 10/20/80/320 Hz optional

Gain options: 8/64/128

These flexible configuration options enable HX717 to adapt to various application scenarios, from low-speed high-precision measurements to relatively high-speed data acquisition.

application area

The versatility of HX717 has found its place in multiple fields:

Precision electronic scale: High resolution ensures the accuracy of weight measurement.

Industrial automation: Reliable data collection provides support for process control.

Medical equipment: Accurate measurement is crucial for patient monitoring and diagnosis.

Environmental monitoring: Accurately capturing small environmental changes.

Laboratory instruments: support precision measurement in scientific research and quality control.

Unique advantages

Dual channel design: Simultaneously process two input signals to improve system efficiency.

Built in voltage regulator: simplifies peripheral circuit design and reduces system complexity.

Low power consumption: suitable for portable and battery powered devices.

High anti-interference ability: Ensure stable performance in complex environments.

Design simplification

The integrated features of HX717 greatly simplify system design. The built-in adjustable voltage regulator reduces the need for external components and lowers BOM costs. Meanwhile, its flexible configuration options enable a chip to adapt to various application needs, reducing the complexity of inventory management.

Reliability and Support

Avia Semiconductor is renowned for its reliable product quality and excellent technical support. HX717 undergoes strict quality control processes to ensure that every chip achieves the expected performance. In addition, the company provides comprehensive technical documentation and application support to help engineers quickly implement product designs.

Future prospects

With the popularization of the Internet of Things and smart devices, the demand for high-precision measurement will continue to grow. HX717, with its outstanding performance and flexibility, is expected to occupy an important position in this rapidly developing market. Whether in emerging fields such as Industry 4.0, intelligent healthcare, or environmental monitoring, HX717 will play a key role.

The HX717 high-precision analog-to-digital converter represents the latest progress in ADC technology. It not only provides excellent performance, but also simplifies the system development process through integrated design. For engineers who pursue precision and efficiency, HX717 is undoubtedly a worthwhile choice to consider. Choosing HX717 means choosing precision, reliability, and design flexibility.

UCC INDU GmbH, as a leading global distributor of electronic components, provides customers with the HX717 series products as well as other AVIA products. As a leader in the industry, UCC INDU provides customers with one-stop electronic component solutions with its rich product line and professional technical support.

Disclaimer: Le informazioni fornite in questa pagina hanno uno scopo puramente informativo, non ne garantiamo l'accuratezza o la completezza e non ci assumiamo alcuna responsabilità per eventuali perdite o danni derivanti dal loro utilizzo.