Optical Fiber Information and Optical Communication Lab Experiment Setup

This experiment system is designed for educational and research applications in fiber optics, optical fiber sensing, and optical communication. It helps students understand the fundamental principles and practical operations associated with optical fiber technology and optical communication systems. The system provides hands-on experience with optical fiber transmission, sensing, coupling, attenuation, interference, and parameter measurement techniques. It serves as a comprehensive platform for studying the behavior and applications of optical fibers as optical waveguides.

Physics Lab Experiments from Atico Exports.

Experimental Principle and Content

• Basic Fiber Optics Demonstration Experiment
• Optical Fiber Temperature Sensing Principle Experiment
• Optical Fiber and Light Source Coupling Experiment
• Optical Fiber Pressure Sensing Principle Experiment
• Multimode Fiber Numerical Aperture Measurement Experiment
• Fiber Splitter Parameter Measurement Experiment
• Optical Fiber Transmission Loss Measurement Experiment
• Optical Fiber Isolator Parameter Measurement Experiment
• Mach-Zehnder Fiber Interference Experiment
• Variable Optical Attenuator and Parameter Measurement Experiment

Host :

• Temperature Control System
• Pressure Control System
• Fiber Coupling Frame, etc.

Portable Light Source :

• Wavelengths: 1310 nm / 1550 nm

Optical Power Meter :

• Wavelength Range: 800–1700 nm (850, 980, 1310, 1480, 1550 nm)

Laser :

• He-Ne Laser or Semiconductor Laser

Optical Power Meter Ranges :

• 2 μW
• 20 μW
• 200 μW
• 2 mW
• 20 mW
• 200 mW

Optical Fiber Components :

• 633 nm Single-Mode Fiber
• 633 nm Multimode Fiber
• 1 km Communication Fiber

Beam Expander :

• F = 6.2

Additional Optical Fiber :

• Multimode Fiber 633 nm
• 1 km Communication Fiber