Digital Multiplexer For Arduino

Learn how to use the CD74HC4067 multiplexer with Arduino in this step-by-step guide. Perfect for expanding analog and digital inputs, controlling multiple sensors, LEDs, or buttons efficiently!

Objective This tutorial assumes that the user had at least fundamental knowledge of electronic circuit design, as well as basic knowledge of digital logic. This guide will give the user basic knowledge in the function and setup of a multiplexer, along with Arduino programming software, and IMU Inertial Measurement Unit setup.

The multiplexer is an integrated circuit made up of logic circuits allowing several signals to be concentrated on the same output mutiplexing or mux or to connect an input to one of its N outputs demultiplexing or demux. In this tutorial, we will see the use of the CD4051 integrated circuit which can be used as a multiplexer and demultiplexer from one to eight channels. It can be used to

Arduino Interfacing With CD74HC4067 16-channel MUX The CD74HC4067 is a 16-channel multiplexer. This module is used when you need to monitor multiple sensors or input devices on a single port.

Arduino library for controlling analogdigital multiplexers AD mux. This library offers a common, convenient interface to control analogdigital multiplexers of any size, like CMOS 4000 series e.g. 8-channel 4051 CD4051, 74HC4051, 16-channel 4067 CD4067, 74HC4067, 32-channel MegaMUX ADG732, and so on.

Arduino library for controlling analogdigital multiplexers AD mux.

Learn How to interface a CD74HC4067 16-Channel Multiplexer with Arduino. using CD74HC4067 Multiplexer example code, circuit, pinout, library

An analog digital multiplexer like the CD74HC4067 mux for short can help multiply the amount of pins you have, and it is insanely easy to connect to your arduino or other microcontroller

Arduino library for controlling analogdigital multiplexers AD mux of any size, like CMOS 4000 series 8-channel 4051 CD4051, 74HC4051, CD74HC4051, 16-channel 4067 CD4067, 74HC4067, CD74HC4067, etc., dual-16- ADG726 and 32-channel ADG732 MegaMUX, and so on. This library was forked from project MUX74HC4067 in order to generalize and streamline its functionalities at both interface

Covered In This Tutorial This tutorial covers everything you should need to assemble the Multiplexer Breakout then wire it and integrate it into your project. Included in the tutorial are a pair of Arduino examples, which demonstrate how to use the mux for both digital output and analog input.