Projects

Arduino Row column Scanning to control an 8x8 LED Matrix

Arduino Row-column Scanning to control an 8×8 LED Matrix Code

LED displays are commonly packaged as arrays of LEDs organized in rows with shared positive terminals and columns with shared negative terminals, or vice versa. Here is a standard illustration, along with its diagram: These exhibits can be very useful. To control a matrix, you connect its rows and columns to your microcontroller. The columns

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LIQUID FLOW SENSORS OFFER HIGH ACCURACY LOW MAINTENANCE REPLACEMENT FOR MECHANICAL TURBINE DEVICES

LIQUID FLOW SENSORS OFFER HIGH-ACCURACY, LOW-MAINTENANCE REPLACEMENT FOR MECHANICAL TURBINE DEVICES

Cost-Effective MEMS Sensors Deliver Increased Performance and Reliability, Even in Unstable Pulsatile Flow and Low-Flow Conditions Posifa Technologies introduced its new PLF2000 series of liquid flow sensors. Designed to replace mechanical turbine flow sensors, the cost-effective devices deliver increased accuracy and reliability, even in unstable pulsatile flow and low-flow conditions. Factory calibrated for water to

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Master the Art of Bootloader Burning with Arduino as ISP A Comprehensive Guide

Master the Art of Bootloader Burning with Arduino as ISP: A Comprehensive Guide

Introduction For many electronics projects, AVR microcontrollers are commonly used. However, as a beginner, uploading or flashing code to an AVR can be challenging to understand. When other programming hardware is unavailable, an Arduino board can help burn bootloaders onto AVRs. It also enables creating and testing AVR programs. Therefore, this article will demonstrate using

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Arduino Matrix sound machine

Matrix sound machine: Generative music with a particle system using Arduino

This project is a part of experiments done while doing an artist in residence at Instructables. You can see the other projects here. Creating emergent patterns that can be converted into sounds fascinates me. So this is my first experiment in building an arduino platform for creating such patterns. This version uses a Gameduino as its

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Arduino Based Real-Time Oscilloscope

Arduino Based Real-Time Oscilloscope The Oscilloscope is an essential instrument for the workbench of every electronics engineer or maker. It is primarily used for monitoring waveforms and analyzing voltage levels, frequency, noise, and other signal characteristics that can change over time at its input. Embedded software developers utilize it for code debugging while technicians depend

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Mr. Indecision

Mr. Indecision – a small felt version of yourself that turns its head and looks at you using Arduino

This is a tutorial on how to use 123D Catch to get a 3D scan of your whole body. Once you have the scan or “catch” the tutorial will take you through a technique to clean it up and manipulate it ready for 123D Make. The tutorial will go through how to slice the model

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