brick obstacle avoidance sensor(Pad hole) anti-reverse plug white terminal
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brick obstacle avoidance sensor(Pad hole) anti-reverse plug white terminal

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  • Product SKU: KY_KE2027
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This is a commonly used obstacle avoidance sensor that uses a pair of infrared emitting and receiving tube components. The principle is that the transmitting tube emits a certain frequency of infrared rays. When the detecting direction encounters an obstacle (reflecting surface), the infrared light is reflected back and received by the receiving tube. At this time, the indicator light up, and after the circuit processing, the signal output interface outputs a digital signal. There are two potentiometers on the sensor, one for adjusting the transmitting power and one for adjusting the receiving frequency. By adjusting the two potentiometers, we can adjust its effective distance.
The sensor is compatible with various microcontroller control boards, such as the Arduino series of microcontrollers. When using it, we provide a method for using this sensor with the Arduino series of microcontrollers.
The sensor comes with a 2.54mm anti-reverse plug white terminal. When in use, we can connect to the MCU with DuPont cable. To facilitate wiring, we specially designed an expansion board that is fully compatible with this sensor and the Arduino UNO R3 microcontroller. We only need to stack the expansion board to the UNO R3 MCU, and use a 3P double-head XH2.54 plug wire (anti-reverse) to connect to the expansion board, which is simple and convenient.
At the same time, the sensor comes with 2 3mm diameter positioning holes, which allows you to fix the sensor to other devices.
2. Specifications
Working voltage: DC 5V
Interface: 2.54mm pitch 3pin anti-reverse interface
Positioning hole size: 3mm in diameter
Control signal: digital signal
Sensing distance: 2-40cm
Size: 35*22*12mm
Weight: 4.0 g
This is a commonly used obstacle avoidance sensor that uses a pair of infrared emitting and receiving tube components. The principle is that the transmitting tube emits a certain frequency of infrared rays. When the detecting direction encounters an obstacle (reflecting surface), the infrared light is reflected back and received by the receiving tube. At this time, the indicator light up, and after the circuit processing, the signal output interface outputs a digital signal. There are two potentiometers on the sensor, one for adjusting the transmitting power and one for adjusting the receiving frequency. By adjusting the two potentiometers, we can adjust its effective distance.
The sensor is compatible with various microcontroller control boards, such as the Arduino series of microcontrollers. When using it, we provide a method for using this sensor with the Arduino series of microcontrollers.
The sensor comes with a 2.54mm anti-reverse plug white terminal. When in use, we can connect to the MCU with DuPont cable. To facilitate wiring, we specially designed an expansion board that is fully compatible with this sensor and the Arduino UNO R3 microcontroller. We only need to stack the expansion board to the UNO R3 MCU, and use a 3P double-head XH2.54 plug wire (anti-reverse) to connect to the expansion board, which is simple and convenient.
At the same time, the sensor comes with 2 3mm diameter positioning holes, which allows you to fix the sensor to other devices.
2. Specifications
Working voltage: DC 5V
Interface: 2.54mm pitch 3pin anti-reverse interface
Positioning hole size: 3mm in diameter
Control signal: digital signal
Sensing distance: 2-40cm
Size: 35*22*12mm
Weight: 4.0 g

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Donec ullamcorper magna enim, vitae fermentum turpis elementum quis. Interdum et malesuada fames ac ante ipsum primis in faucibus.

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