Simple Testing and Move Around

After complete all above configurations, we could do a simple testing now. Remember to choose correct COM port of your RAMBo and click upload, uploading success as shown below:

Overview of Duinopeak Robot


NOTE: this product is based on Arduino Robot and the documentation will be kept up-to-date.

Set up the Software and GUI


Hookup Using Two 9V Batteries

Three‐lead Differential Muscle/Electromyography Sensor for Microcontroller Applications

1. Connect the power supply (two 9V batteries)

Overview of Duinopeak Muscle Sensor

Granted, using our muscles to control things is the way that most of us are accustomed to doing it. We push buttons, pull levers, move joysticks… but what if we could take the buttons, levers and joysticks out of the equation? That’s right, take the electrical signal straight from the muscle and put it into your device. Thanks to shrinking amplifier technology, we can now do exactly that!

Getting Started of Duinopeak Muscle Sensor

Getting to know about the Peakduino UNO - Geek Plus Editon

A better one far more than the exist Arduino boards, simple, beautiful, stable, practical, functional, it is best we can easily understand the state of its work. Yes, such ideal Arduino mainboard has been born - Peakduino UNO - Geek Plus Editon.

Duinopeak Luban LCD - 3D打印控制面板 + RAMBo主控使用指南



好了,打开你的3D打印套件, 此教程使用的RAMBo版本为1.1b,需要正确设置USB模块的供电方式。默认出厂为外部电源供电,但是这里为了方便我们需要使用USB电源供电,将RAMBo的USB供电跳线设置为USB供电一端,如下图所示:

然后把Luban LCD Console和RAMBo主控板连接起来,如下图所示:

一步步上手10元ESP8266 WiFi模块-初探

也或許是我的環境是在 Mac OS X..

其實克里斯寫了一篇文章已經蠻詳細的,可以先參考他的文章,只是我在 MAC 下沒有 Windows 的某些工具,所以就分享一下我遇到的問題跟解決的方法,介紹一些對應的軟體。

一步步上手10元ESP8266 WiFi模块



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