Experimental System for Crystal Magneto Optic Effect for Lasers and Photonics Physics Lab

The Experimental System for Crystal Magneto Optic Effect for Lasers and Photonics Physics Lab is designed for studying the Faraday Effect, also known as magneto-optic rotation, where the plane of polarization of light rotates when passing through a material subjected to a magnetic field. This phenomenon plays an important role in optical communications, magneto-optic devices, and material characterization.The system enables students to investigate the interaction between magnetic fields and polarized light through practical experiments. Users can measure polarization rotation, determine magneto-optic material properties, and study the principles behind optical signal modulation using magneto-optic techniques.
Through hands-on experimentation, students gain valuable insight into magneto-optic materials, optical communication technologies, and modern photonic applications. The apparatus is ideal for advanced physics, optics, and photonics laboratories.
Physics Lab Experiments from Atico Exports.

Experiments :

Measurement of Faraday Rotation Angle :

• Observe and measure the rotation of the polarization plane of light caused by an applied magnetic field.

Determination of Verdet Constant :

• Calculate the Verdet constant of magneto-optic materials using measured rotation data.

Magneto-Optic Material Characterization :

• Study the response of magneto-optic glass and other materials to magnetic fields.

Magneto-Optic Modulation Demonstration :

• Demonstrate optical communication principles using magneto-optic modulation techniques.

Educational Applications :

• Study of Magneto-Optic Phenomena
• Polarization and Light-Matter Interaction
• Optical Communication Principles
• Characterization of Magneto-Optic Materials
• Photonics and Applied Optics Education
• Advanced Physics Laboratory Training

Laser Source :

• Semiconductor Laser

Laser Wavelength :

• 650 nm

Laser Output Power :

• 5.0 mW

DC Excitation Current :

• 0–2.0 A, Continuously Adjustable

Current Display :

• 3½-Digit Display

DC Magnetic Induction :

• 0–100 mT

Internal Modulation Signal :

• 1 kHz Sinusoidal Wave

Power Supply :

• 110/220 V, 50/60 Hz

Main Control Unit :

• Quantity: 1

Semiconductor Laser :

• Quantity: 1

Polarizers :

• Quantity: 2

Optical Rail (0.7 m) :

• Quantity: 1

Carriers :

• Quantity: 5

Two-Dimensional Adjustable Laser Holder :

• Quantity: 1

Electromagnet :

• Quantity: 1

Polarizer Holders :

• Quantity: 2

Teslameter :

• Quantity: 1

• Easy Operation
• Precise Measurement Capability
• Stable Base Construction
• Magneto-Optic Modulation Demonstration
• Faraday Effect Investigation
• Detailed Instruction Manual