USB Type-C port implementation challenges and design solutions
USB from 1.1 to 3.2 and Beyond First launched in 1996, the universal serial bus (USB) unified the roles of…
32-bit MCUs improve motor control
Additions to the Renesas RX family of MCUs offer single-chip equipment control and networking for enhanced industrial automation.
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…
Why component integration matters for space-based PLL synthesizers
By integrating RF and synthesizer components into a monolithic RF IC, engineers can solve size and complexity design challenges in…
SoC designs crack the code on connected medical devices
Medical device designers are finally turning the corner with the IoT, thanks to advances in SoC designs that reduce power…
DIY hand sanitizer/alcohol dispenser, without an Arduino or MCU
In this article, we will build an automatic hand sanitizer dispenser that uses IR sensors to detect the presence of…
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.
Hackintosh: Choose your microprocessor
It’s time for this engineer to delve into the details of his Hackintosh systems' processors.
Designing a fast reacting feedback system for miniaturized motor driven designs
A high speed, high throughput ADC accurately captures information and feeds motor position data to the controller, enabling higher levels…