Developers can pair a Raspberry Pi 3 with development kits that provide quick access to Amazon Alexa or Google Assistant capabilities.
Moving to dual 12 V/48 V automotive power systems requires more attention to safety and efficiency while rethinking the Li-ion battery management system.
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.
Transitioning to a digital domain for power conversion is a complex process but has many benefits including adding efficiency and flexibility to your design.
Discuss how the maker movement of robotics is now evolving into integration in everyday consumer applications and products, where robotics help enable technology.
A new wave of analog and power products have features designers can use to ensure functional safety of automotive, industrial, IoT and home electronic systems.
Discover what advantages PoE-based LED lighting infrastructure has over other wiring systems and how it implement PoE SSL solutions in your design.
Industrial IoT (IIoT) allows sensors to communicate real-time machine diagnostics to operators, which decreases machine failures, downtime, and damage.
The automotive stop/start feature reduces emissions and saves gas but requires a different approach to power drivers. Smart high-side drivers may be the answer.
Alternative occupancy detection techniques, such as integrated 24 GHz radar transceivers, that support versatile features and enhanced accuracy are explored.
LED drivers from TI, Maxim and Linear Technology decrease flickering in LED designs, which can help reduce health issues caused by flicker sensitivity.
Highly-integrated MCUs from suppliers including ADI, TI, and Freescale, offer designers the ability to create effective PLL grid-synchronization algorithms.
Designers can choose from a number of current-sense transducer types, such as Hall sensors, Rogowski coils or current transformers, depending on application.
EtherCAT (Ethernet for Control Automation Technology) is revolutionizing how devices in a factory network communicate, saving BOM costs and design time.
Sensors from Infineon and Analog Devices play a large roll in deveoping automatic breaking technology in automobiles.
Implementing proper security in IoT applications is essential to prevent unwanted sources from gaining sensitive information.
Miniaturization is driving microcontrollers into smaller packages with increasing performance and power consumption driving up the thermal requirements.
A review of the design options provided by different IGBT architectures that can favor one form of IGBT, such as symmetric vs asymmetric blocking, over another.
Highly integrated MCUs offer an attractive approach to microinverter design: lower cost of complexity, which limited the adoption of microinverters in the past.