Sensor Shield V5 0 Manual ~upd~ - Arduino

// Move servo based on distance int angle = map(distance, 10, 100, 0, 180); myServo.write(angle);

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Select for Trig. Run a female-to-female jumper wire from the sensor's Trig pin to the S pin of row 2. arduino sensor shield v5 0 manual

3-pin header columns (Signal / VCC / GND) for all pins.

Supplies power to the sensor (typically 5V, depending on power configuration). G (GND): Establishes the common ground circuit. Dedicated Communication Interfaces // Move servo based on distance int angle

You didn't need to wrestle a ground wire into a breadboard. The shield provided organized power rails for every pin.

Ultrasonic sensor (RB URF V1.1) and LCD (serial/parallel) interfaces. Power Management & Jumper Configuration Can’t copy the link right now

Dedicated headers for I2C, SPI, UART, APC220 Bluetooth/RF, and LCDs.

Dedicated header for serial communication modules.

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

Ensure your Bluetooth or wireless module is not conflicting with (TX) pins if you are using USB programming.