📚 SCSERVO LIBRARY Target Description Usage lint-arduino lint Arduino code using arduino-lint `make lint-arduino` lint-cpp lint C++ code using cpplint and clang-format `make lint-cpp` help display a ...
Epax Systems Inc., a Panorama City, California-based provider of industrial waste compaction equipment, has launched Axxess Control, a user-programmable keypad system designed for waste-handling ...
Qualcomm has announced the acquisition of Italian open-source hardware and software company Arduino, assuring that Arduino's brand mission and community spirit will remain intact. Arduino enables ...
Making a servo tester using an Attiny85 micro chip, Attiny45 also works for this project. This diy servo tester is as good as any other servo tester, the difference is that it can be programmed to do ...
Abstract: This research paper presents a predictive system for real time control of servo motor using MATLAB and Arduino UNO. This work carried out numerous insights in the servo control technique, ...
Although the mouse is the most convenient way to control the cursor, certain circumstances may make you more efficient by using the keyboard to swiftly move the cursor without resorting to a mouse.
This paper describes the development and implementation of a control system for a direct current (DC) motor using the Arduino Uno microcontroller, based on the speed and direction control of the motor ...
This library was created to read the UID of tags presented to a PN5180 RFID reader, such as below: The PN5180 implements the ISO15693 "vicinity" protocol, which typically enables tags to be read at a ...
The Seattle-based company’s Just Walk Out system will use AI with input from different sources and considers them simultaneously The system’s use of RFID is more geared to bigger crowds, such as those ...
Bosch Rexroth adds force control software feature to mechatronic subsystems for pressing and joining applications. The Smart Function Kit Pressing, a complete mechatronic package from Bosch Rexroth ...
There are many ways to use an Arduino on a model railroad. These tiny, inexpensive, programmable computers can perform functions such as controlling signals, routing turnouts, and running animations.