Use an Arduino compatible shield and baseboard as a complete soil monitoring solution, as well as a development platform for custom designs.

With built-in support for standard temperature sensors, a single device provides a simpler, accurate solution to multi-sensor temperature measurement design.

Converting signals from analog to digital (ADC) or digital to analog (DAC) is an unavoidable task. This article discusses the different kinds of ADCs and DACs.

ICs and evaluation boards from Analog Devices are specially made for ECG heart-rate monitors help to reduce ECG noise and power consumption issues.

Review components that improve energy harvesting power management in wireless sensor networks in smart city applications.

A quick and simple designer’s guide to explaining the benefits of brushless DC motors as well as how to power and control brushless DC motors.

Advanced Driver Assistance Systems (ADAS) sensor systems are changing the way that radar systems are integrated into driverless, autonomous vehicles.

Learn when and how to implement current sensing and monitoring technologies into your design, and learn how they can help prevent damages from overcurrent.

Design suggestions to minimize electromagnetic interference in buck converters.

The ADXL326 accelerometers from Analog Devices are highly sensitive and responsive and are available at Hotenda Electronics today!

Find out how integrated features of specialized DSPs and MCUs can help increase safety and efficiency by detecting and identifying machine and human errors.

Robotics applications using sigma-delta modulators provide an efficient and accurate way of using current feedback to accurately determine position.

The variety of Arduino MCUs, MPUs and shields make Arduino boards a contender beyond development into full production designs, given the right trade-offs.

The development of a general-purpose multichannel data acquisition system that can be powered by environmental energy such as solar cells or thermal energy.

Smart high-side drivers may help designers solve common challenges when using automotive stop/start features to reduce emissions and save gas.

Learn how vibration monitoring with the use of highly integrated smart sensors can improve equipment reliability and longevity.

The optimal IoT sensing system requires designers to choose between internal or external precision voltage references for the analog-to-digital converter.

This practical article provides step-by-step instructions for connecting the miniature ESP8266 wireless microcontroller module to the IBM Watson IoT platform.

An examination of robust industrial sensors, and the passage of data through local machine-based systems onto the Internet to support Industry 4.0.

Smart sensors and kits from ADI and Adafruit help connect industrial machinery to the IIoT, allowing these machines to report highly intelligent data.