The IoT Proto Shield Plus is designed to let you easily prototype with ESP32, ESP8266 and ARDUINO NANO boards.

Swapping from ESP32 to ESP8266 to NANO, is fast and easy.

On-board rotary encoder, touch sensor, potentiometer, LEDs and a wide variety of Plug and Play sockets for the most common additional modules, make easy to quickly setup your testing environment.

 

TECHNICAL SPECIFICATION

It works with:

• Arduino NANO form factor boards
• Arduino NANO 33 IoT
• Arduino NANO 33 BLE
• Arduino Nano RP2040 Connect
• Arduino NANO
• Arduino NANO EVERY
• ESP32 MINI form factor boards
• ESP8266 MINI form factor boards

Features:

• Wide breadboarding area
• 2x solderless breadboarding areas 740 contact points each (total 1480 points)
• Breakout headers to replicate each I/O pin close to the breadboarding area
• Breakout headers to replicate 3V3, 5V and GND close to the breadboarding area
• Different working voltages:
• 3V3
• 5V
• external power supply by means of an additional LM2596 DC-DC module of widespread use
• external power supply by means of an additional Battery Shield of widespread use
• Onboard, ready to use, rotary encoder with switch
• Onboard, ready to use, touch sensor switch
• Two onboard, ready to use, OUTPUT LEDs
• Onboard, ready to use, potentiometer with knob
• Onboard speaker to play MP3 files or tones
• Onboard, ready to use, PCF8574 I/O expander to drive 16x2 LCD (I2C communication with LCD with just 2 pins)
• Free soldering pads for additional prototyping parts
• Four onboard, ready to use, level shifter
• RST button, for resetting program
• Plug and Play predisposition for the following modules, sensors and actuators of widespread use:
• Display LCD 16x2
• Display OLED SSD1306 128x64
• Display OLED SSD1306 128x32
• TM1637 seven-segment display
• RTC (Real Time Clock)
• SD Card
• Servo
• LDR (Light Dependant Resistor)
• PTC or NTC (Positive or Negative Temperature Coefficient thermistor)
• RELAY
• HC-SR04 (ultrasonic distance sensor)
• DTH11 / DHT22 module or DHT11 / DHT22 bare sensor (humidity sensor)
• MAX9814 or MAX4466 module (microphone module)
• DFR0299 MP3 Mini Player (MP3 file music player)
• Board dimensions in mm: 188x196x30  (HxWxH)

 

 

 

Use Arduino MKR family boards with Arduino UNO form factor.

On-board bidirectional level shifting (5V <-> 3.3V) on each digital pin and clipping voltage at 3.3V on each analog input pin.

 

TECHNICAL SPECIFICATION

• Arduino UNO board form factor
• It works with:
  • ARDUINO MKR 1000 WIFI
  • ARDUINO MKR GSM 1400
  • ARDUINO MKR FOX 1200
  • ARDUINO MKR WiFi 1010
  • ARDUINO MKR Vidor 4000
• On-board bidirectional level shifting (5V <-> 3.3V) on each digital pin
• On-board clipping voltage at 3.3V on each analog input pin
• External 7-9VDC power supply
• RST button, for resetting program
• Compatible with standard 2.54mm pitch breadboard

 

 

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Prototype with ARDUINO / GENUINO boards without having a lot of wires tangled together all the times.
Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy.
On-board pusbuttons and LCD header make easy to quickly setup an HMI for your testing environment.

New in Ver.3:
- On-board I2C LCD driver (use just 2 pins to drive the LCD and save pins for your projects!)
- Additional holes let you to create shields with standard 2.54mm breadboards (see User Manual §15 for details)

Prototype with ARDUINO boards without having a lot of wires tangled together all the times.
Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy.
On-board pusbuttons and LCD header make easy to quickly setup an HMI for your testing environment.

New in Ver.2:
- Predisposition for a servo connection
- Predisposition for an external 7-9VDC power supply
- Predisposition for an additional ICSP connector to use NANO and MICRO with standard shields

This kit is the ideal solution for those who want to start to prototype and experiment with ARDUINO.
Prototype with ARDUINO boards without having a lot of wires tangled together.
Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy.
On-board pusbuttons and LCD make easy to quickly setup an HMI for your testing environment.

Prototype with ARDUINO boards without having a lot of wires tangled together all the times.
Swapping from UNO / LEONARDO to NANO, MICRO or MINI is fast and easy.
On-board pusbuttons and LCD header make easy to quickly setup an HMI for your testing environment.