Choose the drill bit wisely else components may not fit. After washing the PCB with Acetone Drilling & Soldering:ĭrill the PCB using PCB drill machine. If found, draw it with a marker. After the etching process, use the acetone to clean the board. Before putting the board into the solution check carefully for any broken path. When the toner is transferred successfully, prepare the ferric chloride (FeCl3) solution. You can use sandpaper and alcohol to do this. Make your copper clad board as clean as possible beforehand. Put the board in FeCl3 solution for a while Why “modified”? Because toner transfer method requires a temperature of 210☌, where a laminator can provide 150☌ maximum. You can use a modified laminator machine or an iron for this purpose. All you need to do is place the printed side of the glossy paper on the copper board and apply both pressure and heat. In this step, the PCB design from glossy paper will be transferred to the copper board. Cut the copper clad board using a hacksaw Toner Transfer and Etching Process: Also, cut the printed glossy paper as per the size of PCB. If it’s smaller than the actual PCB then you have to do it again. Now, cut the copper clad board according to the dimensions of the PCB. Before top layer printing, you need to mirror the image of the top layer layout.Place the parts in correct position Connect the components and the PCB is ready If you are using EAGLE then you can simply download the Arduino Nano Schematic File for EAGLE and Arduino Nano PCB File for EAGLE. Now place the components in correct places and connect them using traces. Once it’s drawn completely, open the PCB designing part of the software and you’ll see that schematic is imported there. To make the schematic, use the Arduino Nano Circuit Diagram and Arduino Nano Components List. Importing the Schematic File to PCB Editor Proteus PCB Design & Simulation softwareĮAGLE is the most widely used PCB and schematic design software.Then you’ll design the PCB using the schematic. Design the schematic diagram in an EDA tool (Electronic design automation Software). You need to draw the circuit of Arduino Nano first. This is a very important step of this tutorial. Components of Arduino Nano ( Given later).Now, let’s get started and make your own Arduino Nano in no time. But, the main strength is its very small form factor. It’s powered by an ATMega328P microcontroller running on 16MHz. If you already don’t know what Arduino Nano is then here is a brief introduction: Arduino Nano is a tiny yet strong member of the Arduino family. Every step in this project is well-explained. Electronics enthusiast Pratik Makwana designed this project in. In today’s post, we are going to learn how to make an Arduino nano at home.
0 kommentar(er)
