Sensors

The Digital Light Sensor BH1750FVI is a compact and efficient component designed to measure ambient light intensity with high precision. This sensor outputs digital signals directly, simplifying integration with microcontroller systems. Suitable for use in various applications such as environmental monitoring, smart lighting, and portable devices, it delivers reliable performance with low power consumption and easy I2C communication compatibility.

• Digital output ensures accurate light intensity readings without the need for analog-to-digital conversion
• Wide measurement range allows detection of light levels from very dim to bright environments
• Low power consumption makes it ideal for battery-operated or energy-sensitive applications
• I2C interface supports straightforward connectivity with most microcontrollers and development boards
• Compact size fits easily into space-constrained device designs
• High sensitivity enhances responsiveness to changes in ambient lighting conditions
• Robust build ensures reliable operation in diverse settings

Key Features

• Infrared line tracking sensor designed for robot line-following applications.
• Detects black and white surfaces using infrared light reflection.
• Ideal for DIY line-following robots, smart cars, and Arduino projects.
• Fast and reliable surface detection for smooth robot movement.
• Compact and lightweight design for easy installation.
• Simple interface for quick connection with microcontrollers.
• Suitable for Arduino, Raspberry Pi, and other compatible development boards.
• Useful for robotics projects, automation, STEM learning, and prototyping.
• Easy to integrate with motor control systems for autonomous navigation.

Key Features

• Sensitive microphone-based sensor for detecting sound and noise levels.
• Compact and lightweight design, suitable for DIY electronics projects.
• Easy to interface with Arduino, Raspberry Pi, and other microcontroller boards.
• Provides digital output for simple sound detection and triggering applications.
• Adjustable sensitivity using the onboard potentiometer.
• Ideal for sound-activated lights, alarms, security systems, and automation projects.
• Easy to install and integrate into electronic circuits.
• Suitable for hobbyists, students, makers, and prototyping applications.

Key Features

• Powerful RP2040 MCU: Dual-core ARM Cortex-M0+ processor with up to 133 MHz clock speed for reliable embedded applications.
• 1.28-Inch Round LCD: Integrated circular color display provides a compact and visually appealing interface for projects.
• Built-In 6-Axis Motion Sensor: Accelerometer and gyroscope enable motion detection, orientation tracking, and gesture-based applications.
• Compact Development Board: Combines processing, display, and motion sensing in a single convenient board.
• Versatile Applications: Ideal for wearable devices, smart interfaces, robotics, IoT projects, portable gadgets, and interactive prototypes.
• Easy to Integrate: Suitable for developers, electronics enthusiasts, students, and makers working on compact embedded systems.
• Interactive Project Development: Use the LCD and motion sensor together to create responsive and engaging electronic applications.

Key Features

• Round-Shaped Design: Compact circular form factor suitable for embedded applications and custom electronic projects.
• All-in-One Fingerprint Sensor: Combines fingerprint capture, processing, and recognition in a single module.
• Capacitive Fingerprint Technology: Provides reliable fingerprint sensing with fast and convenient user identification.
• UART Interface: Easy serial communication with microcontrollers, development boards, and embedded systems.
• Easy Integration: Designed for applications requiring biometric authentication without complex external circuitry.
• Compact & Space-Saving: Ideal for access-control systems, smart locks, attendance systems, and other compact devices.
• Quick Fingerprint Recognition: Enables convenient authentication for secure access applications.
• Embedded System Friendly: Can be integrated into Arduino, ESP32, STM32, and other UART-compatible platforms.
• Wide Application Range: Suitable for security systems, smart devices, identity verification, and DIY electronics projects.

The MQ-3 Gas Sensor is a precision electronic component designed to detect alcohol gas concentration. Ideal for integration into breathalyzers and gas leakage detectors, this sensor offers reliable sensitivity and quick response times. Compatible with standard microcontrollers, it provides stable output signals for accurate measurement in various environments, making it suitable for safety monitoring and alcohol detection applications.

• High sensitivity to alcohol vapors ensures precise detection and monitoring
• Fast response and recovery times for real-time gas concentration tracking
• Simple interface compatible with most microcontrollers and development boards
• Durable construction suited for continuous use in safety and industrial settings
• Wide detection range supports accurate measurement from low to high alcohol concentrations
• Compact design facilitates easy integration into various devices and systems

The MQ-135 Gas Sensor is a versatile component designed to detect a wide range of harmful gases. Ideal for air quality monitoring, this sensor provides reliable sensing of gases like ammonia, benzene, smoke, and CO2. It features a sensitive material with strong stability, making it compatible with various environmental monitoring systems. The sensor is suitable for both industrial and home applications where precise gas detection is critical for safety and health.

• Wide gas detection range: capable of sensing multiple harmful gases including ammonia, benzene, smoke, and carbon dioxide.
• Stable sensor material ensures consistent and long-lasting performance over time.
• Easy integration with standard microcontrollers and development platforms for versatile use.
• Compact design allows seamless installation in various air quality monitoring devices.
• Responsive output signal enables real-time gas concentration measurement.
• Suitable for diverse environments from indoor home safety to industrial gas leak detection.

The MQ-7 Gas Sensor is an essential component designed for detecting carbon monoxide (CO) levels in various environments. This sensor module is widely used in safety monitoring systems, air quality detection, and industrial applications where gas presence needs to be measured accurately. Compatible with common microcontrollers and development boards, it provides reliable and responsive readings through its built-in heating element and sensitive detection material, ensuring efficient gas sensing performance.

• Accurate carbon monoxide detection ideal for safety and environmental monitoring
• Simple interface compatible with Arduino and other microcontrollers for easy integration
• Built-in heater regulates sensor temperature for consistent and stable output
• Fast response time ensures timely alerts in gas concentration changes
• Compact and durable design suitable for both portable and fixed installations
• Wide operating voltage range supports flexible power supply options
• Low power consumption enhances efficiency in battery-operated devices

The MQ-5 Gas Sensor is a reliable electronic component designed for detecting gas concentrations in various environments. Primarily used in gas leak detection systems, it accurately senses combustible gases such as LPG, natural gas, and town gas. Compatible with common microcontroller platforms, this sensor offers responsive output that facilitates real-time monitoring and safety applications in homes, industries, and laboratories.

• High sensitivity to a range of combustible gases ensures dependable detection and timely alerts.
• Simple interface compatible with Arduino, Raspberry Pi, and other microcontrollers for easy integration.
• Stable response with quick recovery time for efficient gas concentration tracking.
• Compact design enables usage in space-constrained setups without compromising performance.
• Versatile application suited for safety alarms, air quality monitoring, and environmental sensing projects.
• Durable construction guarantees long-term operation even in varying conditions.

The MQ-2 Gas Sensor is a versatile electronic component designed to detect a variety of combustible gases such as LPG, propane, and hydrogen. Ideal for integration into safety and environmental monitoring systems, this sensor provides fast and reliable gas detection for residential, industrial, and commercial applications. Compatible with standard microcontroller boards, the MQ-2 sensor features high sensitivity and a stable output, making it an essential tool for gas leak detection and air quality monitoring projects.

• Broad gas detection range covers LPG, propane, methane, hydrogen, and smoke, enhancing safety in diverse environments.
• High sensitivity ensures early warning of gas leaks, reducing the risk of accidents.
• Simple interface supports easy integration with popular microcontrollers like Arduino and Raspberry Pi.
• Durable sensor element provides long-lasting performance and consistent readings over time.
• Fast response time allows prompt detection and timely action in critical situations.
• Compact design fits neatly into various electronic projects and devices without requiring extra space.
• Low power consumption makes it suitable for battery-powered applications and portable devices.

The Liquid Level Sensor with a detection depth of 48mm is designed for precise fluid monitoring in various industrial and DIY applications. This compact component efficiently detects liquid presence within a specified range, ensuring reliable performance in automated systems. It is compatible with a wide array of control boards and microcontrollers, making it a versatile choice for integrating liquid level detection into your projects. Its robust build ensures durability and consistent responsiveness in diverse environments.

• 48mm detection depth offers accurate sensing for controlled fluid monitoring
• Compact design supports seamless integration into tight spaces and custom setups
• Compatible with common microcontrollers and control modules for easy connectivity
• Provides consistent, real-time liquid level feedback to enhance automation reliability
• Durable construction withstands varying environmental conditions in industrial contexts

The Environment Sensor HAT designed for Raspberry Pi leverages the I2C bus to deliver precise environmental monitoring capabilities. This compact component integrates multiple sensors to measure parameters such as temperature, humidity, and atmospheric pressure, making it ideal for weather stations, indoor climate control, and educational projects. Its seamless compatibility with Raspberry Pi models ensures straightforward installation and reliable performance in various applications requiring accurate environmental data.

• Multiple sensor integration provides comprehensive environmental data including temperature, humidity, and pressure
• I2C bus interface ensures efficient communication with Raspberry Pi devices for quick data retrieval
• Compact design allows easy attachment to Raspberry Pi without occupying excessive space
• Broad compatibility supports various Raspberry Pi models, simplifying setup for diverse projects
• Ideal for educational and DIY projects enabling hands-on experience with environmental monitoring
• Reliable sensor accuracy supports precise readings critical for climate-sensitive applications

The Capacitive Fingerprint Sensor (E) combines a sensitive capacitive scanning technology with a powerful Cortex processor to deliver reliable biometric authentication. Its rectangular all-in-one design integrates seamlessly with UART communication interfaces, making it compatible with various embedded systems and development projects. Ideal for secure access control and user identification applications, this sensor offers precise fingerprint recognition in a compact and easy-to-install module.

• Capacitive fingerprint scanning ensures high accuracy and fast recognition rates for enhanced security.
• Cortex processor integration delivers efficient on-device processing, reducing latency and power consumption.
• UART interface provides straightforward connectivity with microcontrollers and embedded platforms.
• Rectangular compact design allows easy integration into various hardware setups without requiring additional components.
• Supports multiple fingerprint templates for versatile user management in secure applications.
• Robust construction suited for continuous operation in industrial and consumer environments.

The Camera Module featuring the OV5640 image sensor delivers high-resolution 5-megapixel images at 2592x1944 pixels. Equipped with a fisheye lens, this component captures expansive, wide-angle views ideal for surveillance, robotics, and embedded vision projects. Designed for compatibility with various development boards and embedded systems, it provides sharp image quality and reliable performance for diverse applications requiring detailed visual data.

• 5-megapixel OV5640 sensor ensures crisp, detailed images with a resolution of 2592x1944 pixels
• Fisheye lens offers a broad field of view, perfect for panoramic or close-range wide-angle imaging
• Compatible with multiple embedded platforms, facilitating easy integration into custom electronics projects
• Compact module design streamlines installation in space-constrained environments
• Supports various image formats and output interfaces for flexible application use
• Ideal for applications such as security cameras, drones, and robotic vision systems

The Camera Module with the OV5640 image sensor delivers high-resolution imaging with 5 megapixels (2592x1944 pixels) ideal for capturing detailed photos and video. Designed for integration into electronic projects and embedded systems, this compact module supports versatile applications such as surveillance, robotics, and IoT devices. Its advanced sensor technology ensures clear image quality, making it a reliable choice for developers seeking robust camera components compatible with various platforms.

• 5-megapixel OV5640 sensor enables sharp, high-resolution imaging suitable for detailed photo and video capture
• Compact design simplifies integration into embedded systems and custom electronics projects
• Supports multiple image output formats, enhancing flexibility for diverse application needs
• Ideal for use in security cameras, robotics vision systems, and Internet of Things (IoT) devices
• Offers reliable performance with advanced image processing capabilities for vibrant, clear visuals
• Compatible with a wide range of development boards and microcontrollers for seamless connectivity
• Delivers stable frame rates, ensuring smooth video recording and real-time image processing

The BME280 Environmental Sensor is a compact and versatile component designed to measure temperature, humidity, and barometric pressure with high precision. Ideal for integration into weather stations, smart home devices, and environmental monitoring systems, this sensor delivers reliable data essential for diverse applications. Its compatibility with popular microcontrollers makes it a seamless choice for developers seeking accurate atmospheric readings in a small package.

• High accuracy sensor capable of measuring temperature, humidity, and barometric pressure simultaneously for comprehensive environmental data.
• Compact design allows easy integration into various electronics projects and embedded systems without sacrificing performance.
• Wide application range including weather monitoring, HVAC systems, and indoor air quality tracking.
• Compatible with most microcontrollers such as Arduino and Raspberry Pi, enabling straightforward programming and data acquisition.
• Low power consumption ideal for battery-operated devices and long-term environmental sensing tasks.

The 10-DOF IMU Sensor Module for Raspberry Pi Pico integrates the MPU9250 and LPS22HB chips, delivering comprehensive motion and environmental sensing capabilities. Designed to provide accurate orientation, acceleration, gyroscopic data, and barometric pressure readings, this module is ideal for robotics, drones, and wearable devices. It’s fully compatible with the Raspberry Pi Pico platform, offering seamless integration for developers and hobbyists seeking precise and reliable sensor data in compact projects.

• Ten degrees of freedom through combined accelerometer, gyroscope, magnetometer, and barometer sensors enable detailed motion and environmental tracking.
• MPU9250 chip offers high-precision 3-axis accelerometer, gyroscope, and magnetometer data for comprehensive spatial awareness.
• LPS22HB barometric sensor provides accurate pressure and altitude measurements to enhance environmental sensing.
• Compact design optimized for easy connection and integration with the Raspberry Pi Pico microcontroller.
• Versatile applications including robotics, drone navigation, wearable technology, and IoT devices requiring multi-sensor input.
• Low power consumption suitable for battery-operated projects and extended use cases.
• Reliable data output supports precise motion detection and environmental monitoring for advanced development tasks.

The 10 DOF Inertial Measurement Unit Sensor (C) combines accelerometer, gyroscope, magnetometer, and barometer functionalities in a compact module designed for precise motion tracking and environmental sensing. Ideal for robotics, drones, and wearable technology, this sensor delivers accurate orientation, velocity, and altitude data. Compatible with a wide range of microcontrollers and development boards, it supports diverse applications where reliable inertial and environmental measurements are essential.

• Integrated 10 degrees of freedom combining motion and pressure sensing for comprehensive data capture
• High sensitivity accelerometer and gyroscope enable precise movement and orientation detection
• Built-in magnetometer provides accurate heading information for navigation tasks
• Barometric pressure sensor measures altitude changes and atmospheric conditions
• Compact form factor fits easily into embedded systems with limited space
• Wide compatibility with common microcontroller platforms and development kits
• Real-time data output for responsive control in robotics and drone applications

The 4 Channel Capacitive Touch Module - TTP224 is designed to provide a reliable and responsive touch interface for various electronic projects. It features four independent touch channels that allow for versatile control options. This component is compatible with a wide range of microcontrollers and is ideal for applications requiring user-friendly touch input, such as home automation, interactive devices, and custom control panels. Its capacitive sensing technology ensures accurate touch detection while maintaining low power consumption.

• Four independent touch channels offer flexible control possibilities for multiple inputs.
• Capacitive sensing technology delivers precise and responsive touch detection without mechanical wear.
• Wide compatibility with microcontrollers enables easy integration into various electronic projects.
• Low power consumption ensures efficient operation, suitable for battery-powered applications.
• Compact design allows seamless embedding into custom control panels and devices.
• Supports multiple applications including home automation, security systems, and interactive controls.

The Current Sensor 20A - ACS712 is a precise electronic component designed to measure electrical current up to 20 amperes. Utilizing the Hall effect principle, this sensor provides reliable and isolated current sensing for both AC and DC applications. Its compact design and straightforward output voltage signal make it an ideal choice for integration into monitoring systems, motor control, and power management circuits, ensuring accurate current measurement and system protection.

• 20A current measurement range supports a wide variety of electrical applications with high accuracy.
• Hall effect technology ensures galvanic isolation between the measured circuit and sensor electronics for safety.
• Analog voltage output that is proportional to the current, enabling easy interfacing with microcontrollers and ADCs.
• Compact form factor simplifies installation in tight electronic assemblies and embedded systems.
• Compatible with both AC and DC currents for versatile usage across different power systems.
• Low power consumption minimizes impact on the overall system energy budget.
• Robust and reliable sensor design suited for continuous current monitoring in industrial and hobbyist projects.

The DS18B20 is a precise digital temperature sensor designed for a variety of applications that require accurate temperature measurement. It operates with a simple 1-wire interface, allowing easy integration with microcontrollers and other digital systems. This component is well-suited for environmental monitoring, HVAC systems, and other temperature-sensitive projects, offering reliable readings with minimal wiring complexity.

• Single-wire communication simplifies connection and reduces the number of required pins.
• High accuracy temperature readings enable precise monitoring in critical environments.
• Wide operating temperature range supports use in diverse conditions.
• Compact and durable design ensures long-term stability and easy installation.
• Versatile compatibility with popular microcontrollers and embedded systems.

The Digital Temperature Sensor Probe, model DS18B20, is a reliable and waterproof component designed for precise temperature measurement. Ideal for use in various electronics and DIY projects, this sensor offers accurate digital temperature readings with easy integration. Its waterproof casing ensures durability in wet or harsh environments, making it suitable for outdoor and industrial applications. Compatible with a broad range of microcontrollers, this sensor is a versatile choice for temperature monitoring tasks requiring dependable performance.

• Waterproof design provides protection for stable operation in damp or submerged conditions
• Digital output allows straightforward data reading and processing without complex analog circuits
• High accuracy temperature sensing ensures precise measurement for sensitive applications
• Wide compatibility with popular microcontrollers like Arduino and Raspberry Pi for flexible project integration
• Compact probe size fits easily into tight spaces, enabling use in diverse setups
• Robust build quality designed to withstand industrial environments and everyday wear