10pcs TCRT5000 Infrared Reflective Sensor IR Photoelectric Switch Barrier Line Obstacle Avoidance Module Tracing Sensor Tracing Module for Arduino Smart Car Robot
Details
- BrandACEIRMC
- Colorblue silver
- Input Voltage5 Volts
- Output Voltage5 Volts
- Plug FormatStandard DC
Description
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- ROBUST OUTPUT - Delivers a clean digital switching output, providing reliable performance for your projects.
- PRECISION DETECTION - Detects obstacles with a range of 1mm to 25mm, ensuring your smart car navigates flawlessly.
- STRONG DRIVING POWER - Capable of driving over 15mA, ensuring your sensors perform under demanding conditions.
- ADJUSTABLE SENSITIVITY - Features a potentiometer for fine-tuning sensitivity, making it adaptable to various environments.
- VERSATILE COMPATIBILITY - Works seamlessly with Arduino and other platforms, perfect for DIY enthusiasts and professionals alike.
The TCRT5000 Infrared Reflective Sensor Module is designed for obstacle detection and tracing applications in smart cars and robots. With a detection range of 1mm to 25mm, it features a robust output and adjustable sensitivity, making it an essential tool for any tech-savvy project. Its easy installation and compatibility with Arduino ensure that you can integrate it into your designs effortlessly.
Specifications
| Color | blue,silver,black |
| Output Voltage | 5 Volts |
| Plug Type | Standard DC Power Jack |
| Input Voltage | 5 Volts |
Reviews
B**K
Nice cheap sensors
Got these for a robotics project. They performed as expected. The potentiometer to adjust sensitivity is nice. Digital output is clean. Only thing that would have been nice is a different color led to indicate when the sensor is tripped.
Z**A
not the output I wanted
The sensor works for the distance mentioned in the description. I have used the LDR version that is of similar design and size. I had expected that when activated, meaning an obstruction comes within the sensing range, that the DO from the sensor board would be "high". The output on these boards is "low" (less than 1V) when the IR is obstructed. The circuit appears to work well, so I can't fault them for that. It would have been nice to know before I bought them that the DO was "low" when the sensor was blocked. I ended up creating a simple transistor logic inverter to create the high output I needed for the circuit I was using.
Common Questions
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