This article aims to provide a comprehensive introduction to Qvar, outlining its features, potential uses, and its embodiment in the STEVAL-MKBOXPRO, to understand Qvar's capabilities and its applicability in real-world scenarios.
This article investigates the validity of moving vital signs monitoring out of the clinical environment and making it more reliant on wearable devices.
This article investigates the technical considerations for powering building alarm control systems, sensors, and indicator panels, emphasising power conversion efficiency and achieving a low power consumption profile.
Semiconductors are key to efficiency, low cost, small size and ultimately commercial success of electric vehicle DC chargers. In this blog we consider some of the trends, options and their tradeoffs.
Intelligence is increasingly migrating to the edge: not only can wearables today record vital data, they can also analyse this information instantly. Smart assistants support employees in healthcare in an incredible variety of ways.
While robots required complicated programming by experts in the past, the systems will be able to teach themselves how to carry out their tasks in the future. This will allow robots to adapt autonomously to changing surrounding circumstances
AI and machine learning are exploiting opportunities in connection with Industry 4.0 in particular because enabling a production operation to organize itself autonomously and respond flexibly takes huge volumes of data.
Smart cameras can process imagery autonomously before initiating responses of their own accord. In industrial applications, they are used for quality control or to control plants and systems.
This article explores the importance of the motor drive power supply, current sensing of the drive circuits, and using ultrasound for condition-based monitoring.
Instrumentation systems take the raw sensor data, amplify it, condition the signals to remove unwanted artefacts, and then analog to digital converters process the data ready for digital control systems.
Compact, robust, battery-powered wireless asset trackers are regularly attached to shipping containers and pallets to keep customers and suppliers informed of delivery progress.
Even with the undeniable performance and potential of silicon carbide (SiC) technology, some designers may be hesitant initially to tackle new projects using SiC.
Field programmable gate arrays (FPGAs) deliver many advantages to artificial intelligence (AI) applications. How do graphics processing units (GPUs) and traditional central processing units (CPUs) compare?
Machine vision (MV) and artificial intelligence (AI) provide valuable inspection and analysis capabilities to a wide range of leading-edge applications. As with all advanced technologies, there are pitfalls to avoid.
The Internet of Everything will be all inclusive, from huge data centers to single-purpose sensors. While individual power requirements vary across the IoT, the need for energy efficiency will be present everywhere.
Internet of Things trends today revolve around shiny objects—whether they be artificial intelligence or blockchain—but what if one of the most revolutionary parts of the IoT is something designers consider every day in devices?
It’s easy to seek out the absolute top of the line when it comes to a design. Whatever the “best” part is, is probably what’s going to be the most compelling for your design, right?
Analog touches everything. If not for the multitude of analog and mixed-signal components that vendors have developed in the past decades, the digital “revolution” that has made so many industry sectors leap forward would not be possible.
Development of very low powered analog body sensors, digital microcontrollers, and innovative power and battery management circuits are driving the growth of wearable healthcare products.
Electronics circuits evolved from discrete circuits to highly integrated circuits (IC) on a single chip enabling highly advanced analog and digital systems saving space and cost. An operational amplifier (Op Amp) is one such integrated circuit that has pl...
The rapid growth of the Internet of Things (IoT) is making increasing demands on microcontrollers (MCUs) for both performance and connectivity. Local processing is needed at the edge to perform ever more complex processing of data.