Electronic, 3D printing and embedded programming
Now we’re looking at Wake On Radio (WOR) and power-saving, one of the essential features of our E22 UART LoRa device based on popular Semtech’s SX1262, SX1268 RF chips.
Then we’ll understand how to manage complex structures that are better optimized than string format data.
In this article, I’d like to show the various transmission types of our E22 UART LoRa device based on popular Semtech’s SX1262, SX1268 RF chip.
Here is a tutorial on Ebyte E22 LoRa (Long Range) library device very cheap and long-range (from 4Km to 10Km).
In this article, we will see how to configure the devices.
Here is my tutorial on Ebyte E220 LoRa devices based on the LLCC68, very economical with a reduced consumption compared to the sx1268 and with a very wide range (from 5Km to 11Km).
Here the details of all the methods and constructors of the library.
Here is a tutorial on library of new Ebyte LoRa (Long Range) devices. E220 device based on LLCC68 very cheap and long-range (from 4Km to 10Km) with less power than sx1268.
Start with specs and basic use.
When Arduino compiles your sketches, it produces an output file called Hex file that is a complete structure of the micro controller with bootloader.
We are going to see how to do this operation.
Continue the tutorial on “how to build a Ciclop 3D scanner”, in the previous articles we have build the component and assembly they, now we start calibration and testing.
After assembling the basic mechanical components it is now time to assemble and connect all the electronic parts. The assembly documents have disappeared from the net so I’m going to add the documents to this article.
In this article I would like to show my custom PCB for the Ciclop 3D scanner which is fully compatible with the original ZUM.
I’d like to build the famous Ciclop 3D scanner.
In this article I enter all the steps for 3D printing and assembling the structure, I have made some corrections to simplify the process.
