Row 20 Leds

This is a very practical board that I always use, it has different purposes for example: Fast board to test our codes, board output checker and led sequence maker. The board is compatible with Arduino (any arduino board), but you can use it with a breadboard and in this way also able to work with the microcontroller that you prefer or you are familiar with. We are going to build it from scratch to the pcb. From idea to desing.

• In total 20 digital outpus, which means 20 diodes led, ready to use.
• Common components, very easy to find in our local electronic store.
• Contains a row of male header for the practical conection.
• Compatible with all Arduino board (The same pinout)
• Possible to use in a breadboard and work with other microcontrollers.
• Save a lot of time for making the conections the board is ready.
• Very practical to see the function of your codes.

The schematic diagram is very simple and flexible. For example in the case of the resistors you can use values from 220 Ohms until 10k Ohms, if you are planning to make a video with the board, I recommend you to use 10k Ohms value so the led will not shine a lot. In the oposive situation if you want the diode led shines a lot, so use the low value 220 Ohms. In the case of the diode led 3mm, you can choose different colors (red, blue, yellow, orange or other), the point is that the dimension has to be 3mm, there is no space for diode led 5mm. the pcb is very compact.Also We have the pin headers, the original desing is with male pin header so the pcb will a shield for Arduino or Breadboard, but the option to use cables or female pin header is also welcome and will work efficiently.

► You can get the schematic : HERE

Before We continue with the PCB layout, it is important to indicate that You can use any software for PCB Desing, believe me there are many options, even if you use the best software it will not mean that you are the best pcb desinger, so in this case We are going to use The Altium Designer highly recommended if you want to enter in the pcb desing world like a professional. So after We finished and check our schematic circuit We need to switch from schematic to PCB layout. We can see the PCB with the Ground Plane, this helps for noise filter on the pcb.

Here after we finish the pcb layout We can get the Gerber files, there are two kind of gerber files we have to pay attention to it, the first GerberX2 and the other Gerber RS274X, most of the manufacturer use the second one Gerber RS274X, in some software we can get both GerberX2 and Gerber (In the case of Altium Designer).
You can also download the Gerber Files: HERE

One of the features of Altium Designer is the 3D visualization, the 3d visualization is important and it give us the posibility to see and check our PCB and how it would be in real, also it can show us the components distribution and dimensions. Before I did not consider this feature so important at all, but the 3d visualization can show us if our footprint dimensions are ok, if all the components will be places without touching each other by mistake, it does not matter if your components are SMT or PTH (small or big), it is always better to see that every component will fit correctly. ► Also very important to remember, if you are going to add 3d models, be carefull that you add in the Step AP214 format, the others extensions and formats can not work correctly.

Once we finished our shield board; it is time to bring it to life. In order to manufacture our board, We are going to use JLCPB Services.In case that you do not have an account yet, check out the bellow link

►JLCPCB: https://jlcpcb.com/IAT

►You can also download the Gerber Files: HERE

How to Order our PCB in JLCPCB ?Once We are register, and We logged in our account, We are ready to submit an order and receive our board in a very short time. In this case We need to update first the gerber files, which contains all the necesary information to build the pcb, You can get the gerber files in the link bellow.

Upload your gerber files

This is the first step, after we have ready our schematic and pcb layout, and after we generated the gerber files, We should upload this files to the JLCPCB website service.

Indicate the features

After the upload of our gerber files, We need to indicate the features of the board, in the next picture you can see the options available.

Add your shipping address

This part is very important, here you should write your currently address, where you would like to receive your pcb prototypes. It is not common but sometimes very rarely, you will need to pay extra feeds, but as I told you, it is very rarely.

Make the payment and finish the order

After you indicates this information, We continue with the payment section, These is the section where you can apply your coupons or discount codes. Basically We can complete the paymente by two general ways, Paypal or Credit card.

Receive your PCB

Days later, 7 days or few more, according to your location and custom broker process, You will receive your pcb prototypes.

JLCPCB has been at the fore front of the PCB industry. With over 14-year continuous innovation and improvement based on customers' need, we have been growing fast, and becoming a leading global PCB manufacturer, who provides the rapid production of high-reliability and cost-effective PCBs and creates the best customer experience in the industry.In case that you do not have an account yet, check out the bellow link ►JLCPCB:https://jlcpcb.com/IAT

• Most Efficient,
• Economic,
• Innovative PCB Solutions
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Faster DeliveryJLCPCB provides a rapid production of high-reliability and cost-effective PCBs and create the best customer experience in the indrustry.

Now our Digital Output shield board is ready, and we can test it as well. So in order to do that first we need to mount in our Arduino board or breadboard.

Let's make the test with an Arduino Uno board, because it is the most used board and I am almost sure that you must have this board too. Now just we need to upload a sketch. Attached you will find and example, and other examples.