SKU: KIT0150
The 37 Pcs Sensor Kit offers a comprehensive array of sensors including color, heart rate, and conductivity sensors, all utilizing the Gravity standard interface for seamless integration with Raspberry Pi and Arduino, making it ideal for creating interactive projects.
1. Example Code for Raspberry Pi – Digital LED Light Emitting Module
This article provides a beginner-friendly introduction to controlling a digital LED light-emitting module using Raspberry Pi's GPIO pins and Python programming. It covers the necessary hardware setup, wiring instructions, and includes sample code for toggling the LED on and off, aiming to establish a solid foundation for more advanced Raspberry Pi projects.
2. Example Code for Raspberry Pi – Digital Push Button Module
This tutorial teaches you how to use a digital push button module with Raspberry Pi to control LED lights, offering example code and insights into GPIO inputs and Python programming, essential for future Raspberry Pi projects.
3. Example Code for Raspberry Pi – Digital SMD Magnetic Induction Sensor
This article explains how to use a Digital SMD Magnetic Induction Sensor with a Raspberry Pi by providing example code and instructions for hardware setup and programming, focusing on creating efficient magnetic interaction projects.
4. Example Code for Raspberry Pi – Mini Vibration Module
This article provides example code and a step-by-step guide to using a mini vibration module with Raspberry Pi, covering hardware setup, connections, and Python programming for creating a simple project.
5. Example Code for Raspberry Pi – LM35 Analog Linear Temperature Sensor
This article offers example code and instructions for using the LM35 Analog Linear Temperature Sensor with Raspberry Pi, detailing sensor specifications, setup requirements, and coding steps using Thonny IDE to achieve accurate temperature readings and interactive project effects.
6. Example Code for Raspberry Pi – I2C Digital Wattmeter
The article provides a comprehensive guide on using the I2C Digital Wattmeter with Raspberry Pi to measure voltage, current, and power with high precision, covering installation of libraries, configuration of I2C addresses, and Python script execution for real-time monitoring, ideal for solar systems and battery life evaluation.
7. Example Code for Raspberry Pi – URM09 Ultrasonic Sensor
This article offers example code for using the URM09 ultrasonic sensor with Raspberry Pi, detailing its features such as temperature compensation and dual-probe technology for accurate distance measurement, and showcasing its application in robotics and environmental sensing.
8. Example Code for Raspberry Pi – 130 DC Motor Fan
This article provides a detailed guide on how to control a 130 DC Motor Fan with a Raspberry Pi using Python and PWM pulse width modulation for speed adjustment, suitable for small DIY projects.
9. Example Code for Raspberry Pi – TCS34725 I2C Color Sensor
This article offers a detailed guide on using the TCS34725 I2C Color Sensor with a Raspberry Pi, showcasing setup instructions and Python code for accurate RGB color detection.
10. Example Code for Raspberry Pi – JoyStick
This article provides example code and detailed instructions for integrating and using the JoyStick with Raspberry Pi, showcasing its features, setup process, and the necessary dependencies for smooth operation.
11. Example Code for Raspberry Pi – Analog Light Sensor
This article guides users on connecting and using an analog light sensor with Raspberry Pi, detailing sensor features, setup instructions, and Python code execution for ambient light detection.
12. Example Code for Raspberry Pi – Digital Vibration Sensor
The article provides a detailed tutorial on using a digital vibration sensor with Raspberry Pi, including example code and practical applications such as step counting and crash warning systems.
13. Example Code for Raspberry Pi – Analog Sound Sensor
This article offers a guide on integrating and coding an analog sound sensor with Raspberry Pi, including setup instructions and example code for sound monitoring using Python.
14. Example Code for Raspberry Pi – Conductivity Sensor Switch
The article provides an in-depth guide on using a conductivity sensor switch with Raspberry Pi, detailing hardware setup, Python coding, and creative applications such as fruit pianos and sensor lights.
15. Example Code for Raspberry Pi – Analog Voltage Monitoring Module
This article provides a detailed guide and example code for using a Raspberry Pi with an analog voltage monitoring module, explaining the connection, programming, and adjustment process to effectively monitor power levels in interactive media works or robot power supplies.
16. Example Code for Raspberry Pi – Analog Capacitive Soil Moisture Sensor
The article offers a comprehensive guide on using an Analog Capacitive Soil Moisture Sensor with Raspberry Pi, detailing hardware components, connection setup, and programming instructions to help users measure and monitor soil moisture levels effectively for agricultural and forestry use.
17. Example Code for Raspberry Pi – Digital Touch Sensor
Explore the practical application of a digital touch sensor with Raspberry Pi to control LEDs, featuring detailed setup instructions, connection guides, and Python programming using Thonny IDE for capacitive sensing.
18. Example Code for Raspberry Pi – Analog Rotation Sensor
This guide explores the use of the Analog Rotation Sensor V2 with Raspberry Pi, detailing installation, connection, and code execution for precise angle control, utilizing a multi-turn precision potentiometer to subdivide voltage into 1024 parts.
19. Example Code for Raspberry Pi – Digital Steel Ball Inclination Sensor
The article explains how to integrate a digital steel ball inclination sensor with Raspberry Pi, detailing the operating principle, hardware setup, and programming instructions for creating interactive projects.
20. Example Code for Raspberry Pi – Heart Rate Monitor Sensor
The article provides a comprehensive guide to using a DFRobot heart rate sensor with a Raspberry Pi, including setup instructions, example code, and explanations of the sensor's operation using PPG technology.
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