DIY Simple Mechanical Arm with Arduino
Introduction
The mechanical arm consists of Arduino, servos, and MeArm hardware. The Arduino controls the servos through programming, enabling the functionality of the mechanical arm. There are two types of servos: analog servos and
In this article, we will learn how to use the Arduino development board to make a simple robot arm, which can be wirelessly controlled and programmed using a custom Android application. I will show you the entire process of making it, from designing and 3D printing the robot parts to connecting the electronic components and programming the Arduino, as well as developing our own Android application to control the robot arm.
Introduction
Using the sliders in the application, we can manually control
In recent days, friends from the south have been coming to Beijing to experience the haze, and many have expressed that although the haze in the south is moist and elegant, it cannot compare to the richness and depth of Beijing's haze. I have also heard that the haze in Hebei is rough and bold, but it lacks a bit of cultural depth.
The haze must be appreciated for its accumulation; the old haze of Beijing is indeed thicker than the
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This is an article introducing and popularizing Arduino.
I will use my final project from an elective course as an example to introduce Arduino.
What is Arduino?
In simple terms, Arduino is a very easy-to-use microcontroller. As long as you have a basic knowledge of C/C++, you can create a microcontroller project that can achieve many functions
The following experiments are designed to help students initially master how to use microcontrollers and achieve some interesting functions with basic circuit components.
The microcontroller control module selected is Arduino UNO R3, which integrates the development environment Arduino IDE that encapsulates many complex low-level operations into functions for beginners to call, greatly lowering the learning threshold and simplifying programming workload, making it very suitable for zero-based entry-level learning.
Arduino UNO R3 Development Board
Note: When developing in the
Author: HelloGitHub-Anthony
Have you ever thought about becoming a Geek, like the "wild Iron Man" Zhi Hui Jun, who can create various novel and interesting electronic devices but doesn't know where to start? Today, we won't talk about embedded systems, circuit boards, or microcontroller principles; we'll dive right in!
I believe that for electronic enthusiasts with no background, an easy-to-use development board is crucial. Otherwise, complicated installation steps and debugging processes can
The Arduino UNO R3 is a development board that is very suitable for beginners in microcontrollers. It uses the AVR microcontroller ATmega328P as the main controller, and the integrated development environment is Arduino IDE, which can help beginners quickly master microcontroller technology.
Arduino UNO R3 Development Board
Specifications:
Operating Voltage: 5V
Input Voltage: No external power supply is needed when connected via USB or external 7V~12V DC input
Microprocessor: ATmega328P, write/erase lifetime of 10,000 times, priced around
MAKER: emdee401／Translated by: Fun Endless
Cover image: Source from "2406 Studio" official account.
This is the 15th article of Easy Science Popularization.
Arduino is not only the world's most popular open-source hardware but also an excellent hardware development platform and a trend in hardware development. The simple development method of Arduino allows developers to focus more on creativity and implementation, completing
LabVIEW's graphical programming is simple and easy to use, making it accessible for many engineers. The promotion of open-source hardware (such as Arduino) has allowed more and more enthusiasts to engage in DIY projects, creating small planes, robots, and IoT applications. Being able to use LabVIEW to program open-source hardware like Arduino undoubtedly simplifies programming, especially for those with little or no programming experience. So, can you really use LabVIEW to program Arduino?
The answer is
