Tracking Sensor

Description:

• Tracking sensors are designed to monitor and determine the location or movement of objects.   
• They can use various technologies, including infrared (IR), ultrasonic, optical, and electromagnetic fields, to detect and track targets.
• The output from these sensors can be digital (on/off) or analog (variable signal), depending on the specific sensor and its application.

Key Features:

• Detection: Ability to sense the presence of an object.
• Positioning: Determination of an object's location.   
• Movement tracking: Monitoring changes in an object's position over time.   
• Sensitivity adjustment: Some sensors offer adjustable sensitivity to optimize performance in different environments.
• Various Output signals: Sensors can provide digital or analog outputs.   
• Compact size: Many tracking sensors are designed to be small and easily integrated into various systems.
• Reliability: Modern tracking sensors are engineered for consistent and dependable performance.

Applications:

• Robotics:
  • Line-following robots.   
  • Obstacle avoidance.   
  • Automated guided vehicles (AGVs).   
• Automation:
  • Conveyor belt monitoring.   
  • Security systems.   
  • Automated lighting control.
• Consumer Electronics:
  • Motion-activated devices.
  • Gaming controllers.   
  • Smart home devices.
• Automotive:
  • Blind-spot detection.
  • Parking assistance.   
  • Autonomous driving systems.   
• Security:
  • Intruder detection.   
  • perimeter security.

Specifications:

• Operating voltage: The voltage required to power the sensor.
• Sensing distance: The maximum distance at which the sensor can detect an object.
• Output type: Digital or analog.
• Response time: The time it takes for the sensor to detect and respond to an object.
• Operating temperature: The range of temperatures within which the sensor can operate reliably.
• Sensor type: IR, ultrasonic, optical, etc.
• Power consumption: The amount of power the sensor uses.

DATA SHEET AND USECASE