Arduino Sensor Shield V5 0 | Manual

The shield adds several dedicated communication and power interfaces to a standard Arduino Uno or Mega:

The is an expansion board designed to simplify the connection of multiple sensors, servos, and communication modules to an Arduino Uno or Mega. By organizing I/O pins into standardized 3-pin headers (Signal, VCC, Ground), it eliminates the need for breadboards and complex wiring. Key Specifications & Features

#include <Servo.h> Servo myServo; myServo.attach(9); // the servo signal is on digital pin 9 myServo.write(90); // move servo to 90 degrees

Double-check that your device VCC/GND matches the shield header exactly. Ensure your Arduino board natively supports I2C on the pins mapped by the shield (Uno uses A4/A5; Mega uses 20/21). Issue 3: Sensors are giving erratic or unstable readings. Cause: Electrical noise or a shared ground issue. arduino sensor shield v5 0 manual

: Designed for long-range wireless RF transceiver modules.

#include <Wire.h> #include <Adafruit_SSD1306.h> #define SCREEN_ADDRESS 0x3C Adafruit_SSD1306 display(128, 64, &Wire, -1); display.begin(SSD1306_SWITCHCAPVCC, SCREEN_ADDRESS);

This manual provides everything you need to know about the Sensor Shield V5.0, including its layout, power management, and step-by-step wiring instructions. 📌 Technical Specifications : Arduino Uno R3, Duemilanove, Leonardo The shield adds several dedicated communication and power

APC220 Wireless, Bluetooth, SD Card, LCD (Parallel & Serial) Onboard Power LED Reset System Dedicated onboard reset button Board Layout and Pinout Breakdown

: Every I/O pin (D0-D13 and A0-A5) is broken out into a Signal (S), VCC (V), and Ground (G) stack. Operating Voltage : Typically 5V-6V.

| Feature | Details | |-----------------------|--------------------------------------------------| | Compatibility | Arduino Uno R3, Leonardo, Mega 2560 (partial) | | Digital I/O Ports | 14 (D0 – D13), each with 3-pin connector | | Analog Input Ports | 6 (A0 – A5), each with 3-pin connector | | I2C Interface | 1 (dedicated 4-pin: SDA, SCL, VCC, GND) | | UART Interface | 1 (D0/RX, D1/TX) via separate 4-pin header | | SPI Interface | Via ICSP header (MISO, MOSI, SCK, SS on D10) | | External Power (Servo) | 5V – 12V DC via 2-pin terminal block (optional) | | Board Dimensions | Approx. 68mm x 53mm | Ensure your Arduino board natively supports I2C on

Onboard button to reset the Arduino without removing the shield. Status LED: Onboard power indicator light. 2. Understanding the SVG Pin Interface

Keep the jumper and pin mapping reference nearby—most "shield not working" issues are simply the wrong voltage or a conflict on D0/D1.

Connect an external 5V power supply to the blue terminal block.

Locate any two vacant digital pin rows on the shield (e.g., and Digital 3 ). Connect the sensor's VCC to the 'V' pin of Digital 2. Connect the sensor's GND to the 'G' pin of Digital 2. Connect the sensor's Trig pin to the 'S' pin of Digital 2. Connect the sensor's Echo pin to the 'S' pin of Digital 3. In your code, define trigPin = 2; and echoPin = 3; . Example 2: Connecting a Servo Motor