> > >

BLOG NEWS

USARE UN DISPLAY LCD 16x2 CON LA IOT PROTO SHIELD PLUS USARE UN DISPLAY LCD 16x2 CON LA IOT PROTO SHIELD PLUS
Devi lavorare con un buon vecchio display LCD 16x2? Ti basta inserirlo nella IoT Proto Shield Plus e sei pronto!

Cosa ne pensa Paolo Aliverti della IoT Proto Shield Plus? Cosa ne pensa Paolo Aliverti della IoT Proto Shield Plus?
Un grazie speciale a Paolo Aliverti (aka Zeppelinmaker) per aver recensito la IoT Proto Shield Plus.

USARE UN DISPLAY OLED SSD1306 128X64 CON LA IOT PROTO SHIELD PLUS USARE UN DISPLAY OLED SSD1306 128X64 CON LA IOT PROTO SHIELD PLUS
Se la tua applicazione necessita di un piccolo display, tutto quello che devi fare è inserire un modulo display [...]

USARE UN DISPLAY OLED SSD1306 128x64 CON LA IoT PROTO SHIELD PLUS USARE UN DISPLAY OLED SSD1306 128x64 CON LA IoT PROTO SHIELD PLUS
Se la tua applicazione necessita di un display, tutto quello che devi fare è inserire un modulo display OLED [...]

Il Bus I2C sulla IoT Proto Shield Plus Il Bus I2C sulla IoT Proto Shield Plus
Il Bus I2C è un protocollo di comunicazione seriale largamente usato per connettere differenti dispositivi [...]

See all

Search on blog

Follow us on facebook

I più venduti

Informazioni

Getting the MKR2UNO Plus out of the box

Published : 24/02/2019 17:18:51
Categories : Proto Shield Plus


Getting the MKR2UNO Plus board out of the box


The MKR2UNO Plus  comes in your hands as shown in the picture below.
 MKR2UNO Plus kit
The MKR2UNO Plus right out of the box

The MKR2UNO Plus consists of:
  • 1x MKR2UNO Plus PCB with all SMD components
  • 2x 14 way, 2.54mm pitch, headers
  • 2x 8 way, stackable, 2.54mm pitch, headers
  • 1x 6 way, stackable, 2.54mm pitch, header
  • 1x 10 way, stackable, 2.54mm pitch, header
  • 1x pushbutton
  • 1x 2.5mm DC connector



Assembling the 14 way headers


First you have to solder the two 14 way headers as shown in the picture below.

Assembling the two 14 way headers
Assembling the two 14 way headers



Assembling the reset pushbutton and the 2.5mm DC connector


Even if it is not mandatory, since the board works properly without these two items, you may choose to solder the reset pushbutton and the 2.5mm DC connector.
Or you can decide to add them later.

Assembling the reset pushbutton and the 2.5mm DC connector

Assembling the reset pushbutton and the 2.5mm DC connector


Assembling the stackable headers


Stackable headers can be soldered in two differt way: the “standard” way or the “long headers” way.

Assembling the stackable headers in the “standard” way

Assembling the stackable headers in the “standard” way 


Assembling the stackable headers in the “long headers” way

Assembling the stackable headers in the “long headers” way


To better understand why you should choose one way or the other, you have to consider the Arduino MKR board and the environment you are going to use in your project.
Arduino MKR boards come with pin stripes or stackable headers.
 
Arduino MKR1000 with pin stripes

Arduino MKR1000 with pin stripes 

 


Arduino MKR GSM 1400MKR Vidor 4000

Arduino MKR GSM 1400 and MKR Vidor 4000, both with stackable headers  


The “standard” way allows the MKR2UNO Plus to fit both stackable headers and pin stripes boards.

The “long headers” way allows the MKR2UNO Plus to fit only pin stripes boards.


Unless you are going to use an Arduino MKR board with pin stripes AND your project needs a “long headers” layout, we suggest you to solder them in the “standard way” which allows the MKR2UNO Plus to fit any Arduino MKR board.

Share this content

www.gtronicsshop.com

Payment methods