Infra-red Obstacle Sensor Module for Arduino Projects
Great for Obstacle Avoidance harduino Robotic projects
Infra-red Obstacle Sensor Module for harduino Projects
Great for Obstacle Avoidance Arduino Robotic projects
Infrared obstacle avoidance sensor is designed for the design of a wheeled robot obstacle avoidance sensor adjustable distance. This ambient light sensor adaptable, high precision, having a pair of infrared transmitter and receiver, launch tube infrared emission of a certain frequency, when detecting the direction of an obstacle (reflecting surface), is reflected infrared receiver tube reception, when the indicator lights up, after circuit processing, signal output interface output digital signal can be detected from the knob to adjust the potentiometer. Since the operating voltage range wide, can still work under stable power supply voltage fluctuation is relatively large, for a variety of microcontroller, Arduino controller, BS2 controller, attached to the robot sensed the change to the surrounding environment.
Product Specifications
● Operating voltage: DC3.3V ~ 5V
● Operating Current: ≥20mA
● Operating temperature: -10 deg.] C ~ + 50 deg.] C
● detection range: 2 ~ 40cm
● Output signal: TTL level (low-level obstructions, Accessible was high)
● adjustment method: multi-turn resistance adjustment
● effective angle: 35 [deg.]
● size: 48×17.3×11.5mm
Solder Balls BGA Reballing ppd alloy sn63pb37 0.3mm
Pro'sKit SS-331 Electric Desoldering Gun
Ultrasonic Ranging Sensor Module Hc - Sr04 for harduino
Mechanic Icing SD360 Max
heatsink compounds PAST
Harduino nano
Ttp223 Based Capacitive Touch Sensor Module for harduino
PRO'SKIT MA-021 3.5X Handheld LED Light Magnifier
harduino Uno Rev3
650nm LASER SENSOR Module for harduino & Other DIY Projects
Humidity Sensor Module
Soil Moisture Sensor Module for harduino and Other MCU
Ds Robotics® Bo Motor 3V-6V DC Geared Motor Dual Shaft
HC-SR04 Ultrasonic Sensor HC SR04
SG90 9G Micro Servo Motor
Water Level Liquid level Sensor Module for harduino



There are no reviews yet.