10 Pack TCRT5000 Infrared Reflective Sensor Switch Module For Obstacle Avoidance And Line Tracking With 3.3V To 5V Compatibility IR Photoelectric Sensor Module With Durable Nickel Plated Housing And Copper Conductor For Long Lasting Performance And Plug
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$49.98
Sale price$80.00you save $30.02
SKU: VXB07ZYZRQ2F
Premium IR Sensors for Obstacle and Line Tracking
✔️ 10-pack TCRT5000 modules with 3.3V-5V voltage, nickel-plated housing for oxidation resistance and copper conductors, ideal for durable performance.
✅ Detection range: 1mm to 25mm, using TCRT5000 sensor for reliable reflection.
✅ Output: Digital switch (0 and 1), strong driving capacity over 15mA.
✅ Features: Adjustable sensitivity via potentiometer, small PCB size of 3.2cm x 1.4cm for easy installation.
✅ Applications: Ideal for vibration triggering, burglary alarms, and black/white line detection in various systems.
✔️ 10-pack TCRT5000 modules with 3.3V-5V voltage, nickel-plated housing for oxidation resistance and copper conductors, ideal for durable performance.
This infrared reflective sensor module is a compact device that detects objects and lines using IR technology, commonly used in robotics, smart cars, and security systems for tasks like obstacle avoidance and line following.
✅ Working voltage: 3.3V-5V, with LM393 comparator for clean digital output.✅ Detection range: 1mm to 25mm, using TCRT5000 sensor for reliable reflection.
✅ Output: Digital switch (0 and 1), strong driving capacity over 15mA.
✅ Features: Adjustable sensitivity via potentiometer, small PCB size of 3.2cm x 1.4cm for easy installation.
✅ Applications: Ideal for vibration triggering, burglary alarms, and black/white line detection in various systems.
💡 How do infrared reflective sensors enhance automation systems? Infrared reflective sensors play a key role in detecting objects and surfaces in automation. Here's why they're a solid choice: First, they provide accurate distance measurement for precise control. Then, these sensors offer fast response times in dynamic environments. Plus, their low power use makes them efficient for battery-powered devices. Finally, easy integration boosts reliability in projects like robotic navigation.
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