1PCS High Electronic Infrared Line Tracking Sensor Module A

1PCS High Electronic Infrared Line Tracking Sensor Module A Description

1PCS High Electronic Infrared Line Tracking Sensor Module A Description
Equipped with key calibration function, no need to manually adjust the potentiometer, more convenient to use.
Integrated with 8PCS high-sensitivity infrared sensors to quickly detect the contrast information of black and white lines.
IIC and serial communication, compatible with a variety of control schemes, with standard IO interface and PH2.0 interface, easy to connect.
On board MCU can read the data obtained by the infrared probe, and output digital and analog data.
Can flexibly adapt to width range of 0.5CMto 6CM, with better adaptability.
The 8-channel line tracking sensor module is specially designed for 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 for , for , for 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 be a good choice.
Due to different product batches, the appearance , which does not affect the use.
Type:A:Only Module
Colour:As Shown
Material:PC
Package Contents:
1 * Separate module
Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.