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High Isolation Magneto Optical TGG Crystals For Faraday Polarizer

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February 25, 2023
Category Connection: Magneto Optical Crystals
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Tags:
#gadolinium gallium garnet #ggg substrate #magneto optic materials
Brief: Discover the High Isolation Magneto Optical TGG Crystals for Faraday Polarizer, ideal for visible and near-infrared applications. These TGG crystals feature a large Verdet constant, high thermal conductivity, and low optical losses, making them perfect for magneto-optical isolators and switches.
Related Product Features:
  • Large Verdet Constant (Typical 35 dB, Up to 40dB) for superior magneto-optical performance.
  • Low optical losses (<0.1%/cm) ensure minimal signal degradation.
  • High thermal conductivity (7.4W m-1K-1) for efficient heat dissipation.
  • High laser damage threshold (>1GW/cm2) for durability in high-power applications.
  • Thermal conductivity is an order of magnitude greater than typical glass.
  • Optical losses are lower for TGG than Tb-doped glasses.
  • Wide spectral range (400-470nm and 500-1500nm) for versatile applications.
  • Suitable for Faraday Rotators, Optical Isolators, and Magnetic Sensors.
Faqs:
  • What is the spectral range of the High Isolation Magneto Optical TGG Crystals?
    The TGG crystals are effective in the visible and near-infrared spectral regions, specifically 400-470nm and 500-1500nm.
  • What are the main applications of TGG crystals?
    TGG crystals are widely used in Faraday Rotators, Optical Isolators, and Magnetic Sensors, especially in high-power laser systems.
  • How does the thermal conductivity of TGG compare to glass?
    The thermal conductivity of TGG is an order of magnitude greater than typical glass, making it more efficient for heat dissipation in high-power applications.
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