VL6180X Proximity Sensor Optical Ranging Ambient Light Sensor Gesture Recognition Development Board
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The VL6180X module implements a proximity sensor using the time-of-flight (ToF) measurement principle, the VL6180X includes a SPAD (Single Photon Avalanche Diode) detector array that detects the time at which a single photon is transmitted from the target to the target and back to the module.
Unlike most distance sensors which depend on the intensity of reflected light or the angle of reflection to determine distance, the VL6180 uses an accurate clock to measure the time it takes for light to bounce off the surface since it uses a very narrow source, which is different from ultrasonic sonar. Unlike traditional infrared distance sensors, you cannot tell if an object is near because there is no linear or "double imaging" problem. Therefore, the VL6180X is more precise.
The VL6180 module is recommended for distances from 5mm to 100mm. Due to its small size, the sensor module is easy to use in any robot or interactive project. You can use it with any 3-5V power supply or logic microcontroller.
Optical Ranging: Optical ranging is a variation of distance measurement that relies on the reflection of light from the target. The VL6180X module uses this method to measure distances and can provide reliable readings even in challenging lighting conditions.
Ambient Light Sensing: The module includes an ambient light sensor, allowing it to measure the intensity of ambient light. This feature is useful for adjusting the brightness of displays, controlling lighting systems, or implementing energy-saving measures.
Gesture Recognition: One of the unique features of the VL6180X is its gesture recognition capability. It can recognize simple hand gestures, making it suitable for touchless control applications like gesture-based interfaces and proximity-based gesture recognition systems.
Development Board: The development board that houses the VL6180X sensor module typically provides a convenient platform for connecting and interfacing with the sensor. It may have standard connectors, headers, or breakout pins for easy integration into your projects.
Communication Interface: The module typically communicates with a microcontroller or other devices via an I2C (Inter-Integrated Circuit) interface, which simplifies the connection and data transfer process.
Power Supply: Ensure that the development board is powered adequately and that the voltage levels are within the specified operating range of the VL6180X sensor.
Programming and Integration: To make the most of the VL6180X's capabilities, you'll need to program your microcontroller to interact with the sensor. This involves sending commands to the sensor, reading sensor data, and implementing logic based on the sensor's readings.
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VL6180X Proximity Sensor Optical Ranging Ambient Light Sensor Gesture Recognition Development Board
Available:In Stock
- Product SKU: KG1025
₹ 299
₹ 399
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Warehouse Details
Specification
Description
The VL6180X is a time-of-flight distance sensor. The sensor contains a very small laser source and a corresponding sensor. The VL6180X can detect "time of flight" or the time it takes for the to laser retrieve the sensor to calculate the distance.The VL6180X module implements a proximity sensor using the time-of-flight (ToF) measurement principle, the VL6180X includes a SPAD (Single Photon Avalanche Diode) detector array that detects the time at which a single photon is transmitted from the target to the target and back to the module.
Unlike most distance sensors which depend on the intensity of reflected light or the angle of reflection to determine distance, the VL6180 uses an accurate clock to measure the time it takes for light to bounce off the surface since it uses a very narrow source, which is different from ultrasonic sonar. Unlike traditional infrared distance sensors, you cannot tell if an object is near because there is no linear or "double imaging" problem. Therefore, the VL6180X is more precise.
The VL6180 module is recommended for distances from 5mm to 100mm. Due to its small size, the sensor module is easy to use in any robot or interactive project. You can use it with any 3-5V power supply or logic microcontroller.
Here are some key aspects of the VL6180X development board:
Proximity Sensing: The VL6180X is capable of measuring the distance between the sensor and a target object. It uses time-of-flight (ToF) technology to determine the distance accurately. This feature is often used for applications like detecting the presence of an object or person.Optical Ranging: Optical ranging is a variation of distance measurement that relies on the reflection of light from the target. The VL6180X module uses this method to measure distances and can provide reliable readings even in challenging lighting conditions.
Ambient Light Sensing: The module includes an ambient light sensor, allowing it to measure the intensity of ambient light. This feature is useful for adjusting the brightness of displays, controlling lighting systems, or implementing energy-saving measures.
Gesture Recognition: One of the unique features of the VL6180X is its gesture recognition capability. It can recognize simple hand gestures, making it suitable for touchless control applications like gesture-based interfaces and proximity-based gesture recognition systems.
Development Board: The development board that houses the VL6180X sensor module typically provides a convenient platform for connecting and interfacing with the sensor. It may have standard connectors, headers, or breakout pins for easy integration into your projects.
Communication Interface: The module typically communicates with a microcontroller or other devices via an I2C (Inter-Integrated Circuit) interface, which simplifies the connection and data transfer process.
Power Supply: Ensure that the development board is powered adequately and that the voltage levels are within the specified operating range of the VL6180X sensor.
Programming and Integration: To make the most of the VL6180X's capabilities, you'll need to program your microcontroller to interact with the sensor. This involves sending commands to the sensor, reading sensor data, and implementing logic based on the sensor's readings.
Applications:
The VL6180X development board can be used in a wide range of applications, including robotics, industrial automation, gesture-controlled devices, presence detection, and more.Features/Specification:
- Part No: VL6180
- Operating voltage: 3 – 5V
- Infrared laser wavelength: 850nm
- Communication interface: IIC (400kHz), address 0x29 (7-bit), two programmable GPIO
- Optimal working temperature: -10 ~ 60 ° C
- Range (near) range: 0 to 100mm Error 13mm Under certain external environmental conditions, such as 100mm in dark environments
- Temperature drift: 9 ~ 15mm Voltage drift: 3 ~ 5mm
- Conversion time: 15ms
- Ambient light range: 1~100kLux 16-bit output
- Ambient light sensitivity: 0.36 Lux/count
- Ambient light gain range: 1 to 40 (eight)
- Angle response: 42 degrees
- Linearity error: 5% (1 to 300 Lux), 10% (300 to 7500 Lux)
- Gain error: 1% (gain 20), 7% (gain 1 to 10)
- Compatible with STM32 Nucleo board family.
- Equipped with Arduino UNO R3 connector.
Application
- Cell Phone Backlight Dimming
- Cell Phone Touch-screen Disable
- Notebook/Monitor Security
- Automatic Speakerphone Enable
- Automatic Menu Pop-up
- Digital Camera Eye Sensor
- Gesture Detection
- Color Sense
- Ambient Light Sensing
- Cell Phone Touch Screen Disable
- Mechanical Switch Replacement
Physical Attributes
- Dimensions (Lx Wx H)mm: 20 X 18 X 5
- Weight (gm): 6
Product Video
Documentation
Package Includes
- 1 x VL6180X Proximity Sensor Optical Ranging Ambient Light Sensor Gesture Recognition Development Board
