Arduino Arduino has not only revolutionized prototyping but has also been lauded for its versatility. Arduino’s versatility can be attributed to Arduino shields. Arduino Shields are modular circuits that piggybank onto the Arduino board to provide extra functionality. The XCM1202
DM990101 The Microchip Technology DM990101 Ethernet Monitoring Kit is powered by Medium One. It offers an all-in-one package that can be used to quickly develop IoT designs. The DM990101 uses an ethernet LAN8740A. The Kit comes loaded Microchip firmware and
Texas Instruments (TI) Texas Instruments is known for manufacturing optimized solutions for modern day design challenges. The impacts of its products like sensor, in driving innovation is evident in IoT, self-driving cars and even smart buildings. Texas Instruments understand that
Brushless Motors You may have not heard of them or seen the before but you have certainly interacted with them. Brushless motors are DC powered motors that do not use brushes for commutation. In a brushless DC motors the rotor
Electric Motors Electric motors are electro-mechanical machines that convert electrical energy to mechanical energy. They actually produce rotational force. A motor’s operation relies on the interaction between the magnetic and electric field. Motors can be distinctly divided into two types,
Powering LEDs Having the right power supply is important in ensuring that you get the best performance from LEDs. There are numerous factors to consider when picking a power supply. Whether is for a new fitting or retrofitting existing fixtures,
The Internet of Things (IoT) IoT is the network of interconnected computer embedded devices like smartphones, home appliance, and automotive among others. IoT is revolutionizing various industries from engineering to agriculture. It allows the integration of technology in a new
Bluetooth Low Energy Bluetooth Low Energy (BLE) was introduced in the Bluetooth 4.0 specification. Since its introduction in 2004, BLE has gained a lot of popularity since its introduction. This can be attributed to the fact that it maxes out
Solderless LED connection As the demand for energy efficient applications grows, designers are increasingly looking for ways to implement LED in a faster and easier manner. One of the ways of achieving this is by the use of solderless LED
Arduino Arduino boards embody multiple peripherals for communication with other devices. They include UART, I2C USB, and SP1. Wired communication has however proven to be difficult mostly so where the distance between the sender and receiver is considerable. As such,
