The HC-SR04 requires four connections: VCC, GND, Trig, and Echo.

This shield is unique because it can isolate high-current devices (like servos) from the Arduino's delicate 5V regulator. Arduino Sensor Shield V5: Easy Connections Guide - PCBSync

The Sensor Shield V5.0 is a passive expansion board designed specifically for the (as well as the Arduino Leonardo and similar form factors). It sits directly on top of your Arduino, stacking via the standard headers.

Servo myservo; const int trigPin = 8; const int echoPin = 9; int pos = 0;

You want to control a standard SG90 servo.

: Specialized headers for modules including I2C (for LCDs), UART/Serial (Bluetooth), SPI (SD Cards), and APC220 (Wireless RF) .

If you are planning a specific project, let me know you plan to connect or which microcontroller you are using so I can provide tailored wiring instructions.

This manual provides a comprehensive technical overview, pinout breakdown, power management guide, and step-by-step instructions for utilizing the Sensor Shield V5.0 in your robotics and automation projects. Technical Specifications Specification Arduino Uno R3, Duemilanove, Leonardo, Mega 2560 Input Voltage (External) 5V to 12V DC via screw terminals Operating Voltage 5V DC (supplied from Arduino or external source) Interface Breakouts Digital I/O, Analog Input, I2C/IIC, UART (Serial), SPI Dedicated Interfaces

Whether you are building a multi-axis robotic arm or a dense home automation sensor array, integrating this shield into your workflow ensures your hardware remains as clean and reliable as your code.

Standard hobby servos use the exact S-V-G pinout.

If you have ever felt overwhelmed by the "spaghetti" of wires when connecting multiple sensors or servos to an Arduino Uno, the Sensor Shield V5.0

Each pin includes dedicated VCC and Ground pins for "plug-and-play" sensor or servo attachment.