Yahboom 8-Channel Line Patrol Module Sensor 10 Pin,GPIO/IIC/USART,Suitable for RaspberryPi/STM32/UNO/Electronic Projects (8-Channel Module+PH2.0+

Yahboom 8-Channel Line Patrol Module Sensor 10 Pin,GPIO/IIC/USART,Suitable for RaspberryPi/STM32/UNO/Electronic Projects (8-Channel Module+PH2.0+

【High Quality 8-channel Infrared Patrol Module】Designed for complex and difficult patrol.The 8-channel patrol module has 8 infrared probes,which can better identify path features.Crossroads or sharp-angle intersections can be easily identified.No matter what track or map you use, it is compatible. 【One-Key Calibration】No need to adjust the calibration probe with a knob potentiometer, just press the KEY key twice to complete the probe's recognition of color.Save adjustment time and reduce environmental interference factors. 【3 Communication Methods】GPIO is equipped with 10 pins,connected with PH2.0 cable;DuPont line connection:can be connected to the IIC port pin of the development board.Support USART communication method,can read analog changes (0-255). 【Slot Design】Compatible with 16-42mm hole positions,M3 and M2.5 aperture screw copper columns can be installed and fixed (List includes M3).Users can choose the hole position and aperture according to their own car. 【Applicable Scenarios】Line width range:0.5-6cm track width; height range:0.5-6cm;Eight-channel line patrol is suitable for RaspberryPi/STM32/UNO robot series,connect the expansion board or the interface on the mainboard to realize the line patrol function.Yahboom provides English information and technical support. The 8-channel line tracking sensor module is specially designed for the line patrol function of robot car. It integrates 8PCS high-sensitivity infrared sensors, which can quickly and accurately detect the contrast information of black and white lines, and realize smooth route recognition functions. Supports IIC and serial communication, comes with standard IO interface and PH2.0 interface, can connect mainstream development boards (such as Arduino, RaspberryPi, Micro:bit, etc.), and is easy to quickly access and expand. No need to manually adjust the potentiometer, users can let the module complete automatic calibration to adapt to line patrol maps of different materials. In addition, its onboard LED indicator can intuitively reflect the working status of each sensor. Whether it is a robot car in an educational project or an intelligent transportation equipment in practical applications, this module will be a good choice.