DARPA programs: Advancing technology from quantum computing to passive 3D sensors
Despite the challenges posed by Covid-19, the U.S. DARPA continues to work on advancing technologies and new programs. Let's look…
Software-defined automobiles: An efficient platform for essential parallelization
Are we at a critical juncture in how the industry moves forward with software-defined automobiles? As automotive functionality increases and…
GaN enables efficient, cost-effective 800V EV traction inverters
Compare semiconductor solutions for the traction inverters EV propulsion systems require.
Next-Gen NFC Reader IC for Digital Car Keys
Delivers rapid car-key response and reliable connections over extended distances...
Safely controlling an EV traction inverter
Safety is the prime concern when designing electric vehicle (EV) inverters and their control systems. This article discusses the requirements…
Microcontroller lineup is safety-ready
Microchip’s AVR DA family of microcontrollers is recommended for safety-critical applications in both industrial and automotive products.
Developing safety critical ASICs for ADAS and similar automotive systems
Developing ASICs, SoCs, and other semiconductors for safety-critical applications requires that the entire design and verification process is conducted in…
Electric vehicle charging: How technology and smart engineering will make our electric future possible
With the switch to HEVs and EVs accelerating, developing a network of DC fast charging stations is so important.
Smart city and e-mobility: Transforming our automotive life
Many analysts say that smart cities will boost the adoption of electric cars.
DC Motor Trends in Automotive Body Electronics
This article will analyze market trends for automotive DC motors and display how Solid-State Drivers (SSD) represent the preferred design…