
Learn how the Advantech iDAQ-784 DAQ module solves high-speed synchronization challenges in industrial robotics and motion control applications.

Explore advanced methods and design considerations for isolating high-performance ADCs ensuring precise and dependable conversion.

Learn how to use edge AI to extend battery life in wireless motor-monitoring applications.

Want precise RPM tracking? Use a Hall effect gear tooth sensor and Arduino to measure speed in your next racing project.

Learn how sensors enable the advanced lithography system processes used in chip manufacturing and the role of ADI's µModule ADAQ solution.

A function generator can generate high-precision sine waves and arbitrary waveforms by adding digital predistortion and output feedback.

Learn how ADI programmable gain transimpedance amplifiers deliver more precise amplification and integrated functionality for signal processing applications.

A precision data-acquisition system requires careful component selection, a deep understanding of error sources, and isolation of both signal and power paths.



Discover how to design low and high-pass filters using resistors and capacitors, with practical examples, circuit simulations, and real-world testing.

Use ultra-low-power MCUs with specialized capabilities to meet application requirements without compromising processor performance or power budgets.

Discover the intricacies of designing a Brake System Plausibility Device (BSPD) for Formula SAE competitions.

ADI's platform approach for creating open-ear audio AR glasses applications includes audio capture, playback, and battery management components and algorithms.

Radio astronomers can tune their telescopes to pick up radio waves from sources millions of light-years away, allowing them to gather diverse data about cosmic phenomena.

Learn about CAN FD, its advantages over traditional CAN, and how it’s transforming data transmission in automotive and industrial applications.

Discover how the Anteater Formula Racing team at UC Irvine designs a crucial safety circuit, the BSPD, for their Formula SAE car.

Use integrated time-to-digital converters to simplify time-of-flight measurements for radar, lidar, sonar, and flow meters.