muito bom agora é fazer meu projeto para ver como se sai.

muito bom agora é fazer meu projeto para ver como se sai.

muito bom agora é fazer meu projeto para ver como se sai.

Nice board to have for different projects. The soldering on the Funduino board isn't the best, but nothing too critical.

Nice board to have for different projects. The soldering on the Funduino board isn't the best, but nothing too critical.

Nice board to have for different projects. The soldering on the Funduino board isn't the best, but nothing too critical.

in one package. As you can see from the Banggood pgotos the Nano needs the headers soldering in; an easy job if you use the Funduino as a jig by inserting the pins in the sockets then placing the Nano on the stubs before soldering.

in one package. As you can see from the Banggood pgotos the Nano needs the headers soldering in; an easy job if you use the Funduino as a jig by inserting the pins in the sockets then placing the Nano on the stubs before soldering.

in one package. As you can see from the Banggood pgotos the Nano needs the headers soldering in; an easy job if you use the Funduino as a jig by inserting the pins in the sockets then placing the Nano on the stubs before soldering.

These are fantastic, using both together (of course) to create a servo breakout board with full control. Careful though, the nano is sensitive, I blew one by not having enough current to run servos, think i short circuited it, prob best to push 5v 3A into the VIN pin instead of the through the barrel connector which i think is limited to a few hundred ma. Live and learn! ;)

These are fantastic, using both together (of course) to create a servo breakout board with full control. Careful though, the nano is sensitive, I blew one by not having enough current to run servos, think i short circuited it, prob best to push 5v 3A into the VIN pin instead of the through the barrel connector which i think is limited to a few hundred ma. Live and learn! ;)

These are fantastic, using both together (of course) to create a servo breakout board with full control. Careful though, the nano is sensitive, I blew one by not having enough current to run servos, think i short circuited it, prob best to push 5v 3A into the VIN pin instead of the through the barrel connector which i think is limited to a few hundred ma. Live and learn! ;)

I make a lot of gizmo's using Arduino's. Often I use veroboard and add the extra 12->5V power supply and connectors. This takes time and money. This board has it all done for you! The power supply is brought out to each pin so you can add sensors very easily. For the money it's cheaper to buy 5 of these than the 5 Nano's and prototyping boards. The micro-usb serial programming interface works perfectly too.

I make a lot of gizmo's using Arduino's. Often I use veroboard and add the extra 12->5V power supply and connectors. This takes time and money. This board has it all done for you! The power supply is brought out to each pin so you can add sensors very easily. For the money it's cheaper to buy 5 of these than the 5 Nano's and prototyping boards. The micro-usb serial programming interface works perfectly too.

I make a lot of gizmo's using Arduino's. Often I use veroboard and add the extra 12->5V power supply and connectors. This takes time and money. This board has it all done for you! The power supply is brought out to each pin so you can add sensors very easily. For the money it's cheaper to buy 5 of these than the 5 Nano's and prototyping boards. The micro-usb serial programming interface works perfectly too.

good product

good product

good product

Con este escudo, se solucina el problema que tenemos a la hora de conectar sensores al arduino porque te da para cada pin de señal un pin v+ y otro de gnd para alimentar al sensor. Solo destacar que me llegaron con algunos pines doblados y rotos, pero nada que con 5 minutos de soldador no se solucione... ;)

Con este escudo, se solucina el problema que tenemos a la hora de conectar sensores al arduino porque te da para cada pin de señal un pin v+ y otro de gnd para alimentar al sensor. Solo destacar que me llegaron con algunos pines doblados y rotos, pero nada que con 5 minutos de soldador no se solucione... ;)

Con este escudo, se solucina el problema que tenemos a la hora de conectar sensores al arduino porque te da para cada pin de señal un pin v+ y otro de gnd para alimentar al sensor. Solo destacar que me llegaron con algunos pines doblados y rotos, pero nada que con 5 minutos de soldador no se solucione... ;)

Nano V3 works as a Nano V3 should. I like this model with the loose pins as it is more versatile than if the pins are pre-soldered. The expansion board makes prototyping with the Nano much easier by allowing easy connection of battery power and I/O to the Nano.

Nano V3 works as a Nano V3 should. I like this model with the loose pins as it is more versatile than if the pins are pre-soldered. The expansion board makes prototyping with the Nano much easier by allowing easy connection of battery power and I/O to the Nano.

Nano V3 works as a Nano V3 should. I like this model with the loose pins as it is more versatile than if the pins are pre-soldered. The expansion board makes prototyping with the Nano much easier by allowing easy connection of battery power and I/O to the Nano.

Good

Good

Good

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