Description: Using an Arduino or a micro controller we can generate cool looking patterns with an led strip with addressable LEDs. In this case I'm using an Arduino uno (clone board) and a strip of ...

1 string of 50 addressable RGB LED lights 1 Arduino 1 micro-USB cable 1 9-volt battery holder with a switch 1 9-volt battery 1 set of three-pin JST SM Plug and Receptacle Cable Set Solder ...

Making a servo tester using an Attiny85 micro chip, Attiny45 also works for this project. This diy servo tester is as good as ...

The first product to use Intel's tiny Curie chip will be a development board called Arduino 101, reports PC World. The Curie chip module, intended for wearables like smart pendants or bracelets ...

Arduino has launched its next generation of UNO boards, introducing a 32-bit Renesas microcontroller and Espressif ESP32-S3 module, one-click cloud connectivity and plenty of I/O plus a 12×8 red LED ...

The chip in question is a Joulewatt JW B 1981, for which no datasheet is available on the internet. However, there is a datasheet for the JW1981, which is a linear LED driver.

Intel Intel’s Curie SOC for wearables The chip is built for wearable devices like a smart pendant or smart bracelet, but it could go into just about any small gadget that doesn’t need a lot of ...

First revealed almost a year ago at CES 2015, Intel 's low-power Curie chip is finally becoming available on its first development board, the new Arduino 101. Up until now, Curie has mostly been ...

First announced at January's Consumer Electronics Show, Intel's Curie module is available in a shipping product. For $30, developers and makers can buy the Arduino 101, powered by an Intel Quark ...

Arduino devices historically used 8-bit Atmega microcontroller chips from Atmel, processors that are very limited by today's standards and that run low-level software for AVR-architecture chips.