is an expansion board that stacks directly onto an Arduino Uno to simplify sensor and servo connections by breaking out each I/O pin into a dedicated 3-pin header (Signal, VCC, GND).
This script demonstrates how to read an analog sensor on pin A0 and use that data to control a servo motor on digital pin 9 using the shield. arduino sensor shield v5 0 manual
Each digital pin has a corresponding GND and VCC header, ideal for pushbuttons, LEDs, and digital sensors. is an expansion board that stacks directly onto
Power management is where most beginners make mistakes. How you power the shield depends entirely on your project's components. Scenario A: Low-Power Sensors Only Power management is where most beginners make mistakes
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