Octopus Hunt Sensor

In stock
SKU
EF04002
$2.99

Introduction


Octopus Electronic Bricks, you can use them to build electronics projects just as easy as piling bricks. By using Octopus electronic bricks, you may connect Arduino / Freaduino compatible boards easily with various digital, analog and I2C/Uart interfaces. These the breadboard-less firm connection are prepared to extensive modules like poteniometers, sensors, relays, servos ... even buttons, just plug and play.
Octopus Hunt Sensor is a sensor based on TCRT5000 photoelectric sensitive element.It can sensitively detect the infrared reflected signal. Together with Arduino specific sensor shield, Hunt Sensor can be widely used in many fields, ranging from performing black and white line detection, obstacle detection , to shredding detection for fax machine or paper shredder, meter pulse data sampling and other related works Adjustable sensitivity (shown in blue digital potentiometer adjustment). Three pins electronic building blocks interface: input 5V - GND. S pin output digital voltage signal 0-1 Operating voltage: DC 5.0V

Parameter


Power supply needs: 5V
Interface type: Analog
Pin Definition: 1-Signal 2-VCC 3-GND
Fast response and High sensitivity
Simple drive circuit
Stable and long life

Features


Use TCRT5000 photoelectric conversion element, with a built-in infrared emitting tube and a receiving tube
Operating current for emitting tube and receiving tube was respectively 10mA, 0.1mA
Indicator: an electric signal indicator. (Find a black line, it will be on)
PCB positioning hole: 3.2mm standard positioning holes, capable of installing 3.2mm standard studs, screws.

Package List


Module Quantity
Octopus Hunt Sensor 1
Analog Sensor Cable 1

Hardware Connection


Connection note: Connect this module to the P1 port on OCTOPUS:BIT.

Code


You can see the whole program from the link
Or you can download it from the page below.

Results


Put this module 9mm away from the black plane, the "icon" pattern can be seen on micro:bit; 9mm away from the white plane, the "square" pattern can be seen on the micro:bit. The height can be adjusted by the sensitivity regulation controlled by the potentiometer.