Voir les spécifications pour les détails du produit.
OPB482T11
Product Overview
The OPB482T11 belongs to the category of optical sensors and is commonly used for detecting the presence or absence of an object. This sensor is characterized by its compact design, high sensitivity, and reliable performance. It is typically packaged in a small, durable housing and is available in various packaging quantities to suit different application needs.
Specifications
- Type: Optical Sensor
- Output Type: Phototransistor
- Package: Through Hole
- Sensing Distance: 0.197" (5mm)
- Wavelength: 890nm
- Operating Temperature: -40°C ~ 85°C
- Packaging: Bulk
Detailed Pin Configuration
The OPB482T11 features a standard 4-pin configuration: 1. VCC (Power Supply) 2. GND (Ground) 3. Output 4. N/C (Not Connected)
Functional Features
- High Sensitivity: The sensor can detect objects with high precision.
- Compact Design: Its small form factor allows for easy integration into various applications.
- Reliable Performance: Ensures consistent and accurate detection.
Advantages
- Versatile Application: Suitable for a wide range of object detection tasks.
- Durable Packaging: The sensor is housed in a robust package, ensuring longevity.
- Easy Integration: Simple pin configuration facilitates easy installation.
Disadvantages
- Limited Sensing Range: The sensing distance may be insufficient for certain applications.
- Ambient Light Sensitivity: Susceptible to interference from ambient light in some environments.
Working Principles
The OPB482T11 operates based on the principle of light reflection and absorption. When an object is within the sensor's detection range, it obstructs the light path between the emitter and receiver, causing a change in the output signal.
Detailed Application Field Plans
The OPB482T11 finds extensive use in various applications, including: - Object Detection in Automated Machinery - Printers and Copiers for Paper Jam Detection - Robotics for Proximity Sensing - Industrial Automation for Conveyor Belt Monitoring
Detailed and Complete Alternative Models
- OPB482L11: Similar to OPB482T11 but with a longer sensing distance.
- OPB482N11: Enhanced ambient light rejection for outdoor applications.
- OPB482W11: Wide operating temperature range for extreme environments.
In conclusion, the OPB482T11 optical sensor offers reliable object detection capabilities in a compact and durable package, making it suitable for diverse industrial and commercial applications.
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Énumérez 10 questions et réponses courantes liées à l'application de OPB482T11 dans les solutions techniques
What is OPB482T11?
- OPB482T11 is a reflective object sensor with an integrated infrared emitter and phototransistor.
What are the typical applications of OPB482T11?
- OPB482T11 is commonly used in applications such as industrial automation, robotics, assembly line monitoring, and object detection.
What is the operating voltage range for OPB482T11?
- The operating voltage range for OPB482T11 is typically 4.5V to 5.5V.
How does OPB482T11 detect objects?
- OPB482T11 uses the reflection of its infrared emitter off an object to detect the presence or absence of the object.
What is the sensing distance of OPB482T11?
- The sensing distance of OPB482T11 is typically up to 0.125 inches (3.175mm).
Can OPB482T11 be used in outdoor environments?
- OPB482T11 is designed for indoor use and may not perform reliably in outdoor environments due to ambient light interference.
What is the output type of OPB482T11?
- OPB482T11 provides a digital output, making it suitable for interfacing with microcontrollers and other digital circuits.
Does OPB482T11 require any external components for operation?
- OPB482T11 does not require any external components for basic operation, but may benefit from additional filtering or amplification circuitry in certain applications.
What is the typical response time of OPB482T11?
- The typical response time of OPB482T11 is in the range of microseconds, making it suitable for high-speed applications.
Is OPB482T11 sensitive to ambient light?
- OPB482T11 is designed to minimize the effects of ambient light, but excessive ambient light levels can affect its performance and should be considered during application design.