Microcontrollers can often control more than one battery-charger bay because the required control algorithm is slow. The microcontroller’s ability to control multiple bays can yield a production-cost ...

Figure 1 shows how you might configure a microcontroller-based tester, which you can build for less than $500 plus the cost of any external instruments, to test a PCB. The system includes the ...

We’ve seen NES, SNES, Sega, and just about every weird controller Atari put out connected to microcontrollers, but connecting the N64 controller to a project has remained one of those seldom-… ...

Here’s one way to get more control of your camera lenses. [Vladimir] built an Arduino-based pass-through ring (translated) which intercepts automatic lens controls. It’s meant for use w… ...

Ensslen says Synapticon uses xCORE microcontrollers for their ability to support multi-axis, multi-node robotic systems, combining control and inter-node communications functions. XMOS contends that ...

Today, we’re excited to become part of the Flipper story with the Video Game Module, bringing the power of the Raspberry Pi RP2040 microcontroller to the Flipper ecosystem.” ...

This project demonstrates how to control a light bulb remotely using Google Sheets as a user interface. By integrating Google ...

Hackers are exploiting a maximum-severity vulnerability that has the potential to give them complete control over thousands ...

These microcontroller-based systems display IIoT and edge computing capabilities ideal for industrial automation. For example, the Arduino-based Portenta Machine Control PLC, with its array of digital ...

Toshiba's second product in Smart Motor Control Driver SmartMCD™ series delivers integrated solution for automotive brushed DC motor control.

Flowchart diagrams include count, compare, macro, increments, and expressions. Microcontrollers (PICs) are used in control systems, and require amplification.