SPARKX Skip to Content Sign In My Cart Search Search BROWSE OVER 2000 ITEMS Shop Our Full Catalog FREE DOMESTIC SHIPPING On most orders over $100 BORN & WIRED IN BOULDER, CO READ OUR STORY Spectral Sensor - AS7
This header is in a configuration that makes it ideal to be used with the [MyoWare Muscle Sensor line](https… Breadboard - Mini Modular (White) PRT-12043This white Mini Breadboard is a great way to prototype your small projects! With 170 tie points there's just enough room to build and...
sensors, likephotocells,flex sensors, andforce-sensitive resistors. One half of the voltage divider is the sensor, and the part is a static resistor. The output voltage between the two components is connected to ananalog-to-digital converteron a microcontroller (MCU) to read the sensor's ...
A quickstart guide for the micro:bit educator lab pack. Getting Started with MicroPython and the SparkFun Inventor's Kit for micro:bit Learn MicroPython with the micro:bit. SparkFun gator:UV Hookup Guide The gator:UV is an I2C based UV sensor. This tutorial will get you started using...
There should be one macro already present named ‘mario’. This macro beats world 1-1 of the original Super Mario Bros game. If you have the NES virtual console installed on your switch, you can try out this macro yourself by navigating to the NES, picking Super Mario Bros, and pressing...
Two wheels stuck together do not, a robot, make. The Redboard will be our robot brain today. It will read the output of the infrared sensor, and, if it seems too close to an object, will change the direction of travel to avoid collision. ...
special. They can do everything a digital input can do, but they can also be used as ananalog-to-digital converter. An ADC can read in a range of voltages, instead of just reading a high or a low. This makes them handy for sensing analog inputs (like the on-board touch sensor)....
Arduinois awesome. The boards are solid, the programming language and IDE are easy, and the community is awesome. But for a lot of electronics projects, an Arduino is overkill. If you're just blinking a few LEDs, and reading a single sensor, you can get the job donesmaller and cheaper...