YIG
YIG
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  • YIG
  • YIG

YIG

YIG has superior optical and microwave properties. In the field of optics, the Faraday effect of yttrium iron garnet can be used to manufacture mid-infrared isolators, laser modulators, fiber optic current sensors and other products; In the field of microwaves, YIG has high Q resonance characteristics, which can be used to manufacture magnetic resonance filters, tuned oscillators, bandpass filters and other products. Currently, YIG single crystals are mostly used among the wavelength of 2000-4000nm.

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YIG

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    • Commodity name: YIG

    YIG has superior optical and microwave properties. In the field of optics, the Faraday effect of yttrium iron garnet can be used to manufacture mid-infrared isolators, laser modulators, fiber optic current sensors and other products; In the field of microwaves, YIG has high Q resonance characteristics, which can be used to manufacture magnetic resonance filters, tuned oscillators, bandpass filters and other products. Currently, YIG single crystals are mostly used among the wavelength of 2000-4000nm.

    Main advantages: 

    Multiple magnetic properties;

    Good gyromagnetic performance;

    High electric resistance; 

    Low dielectric loss; 

    Wide range of application in the field of optics and microwave  



    Typical application: 

    1. Infrared isolator 

    2. Laser modulator

    3. Fiber current sensor

     

  • Crystal Structure Cubic
    Density 5.17g/cm3
    Mohs Hardness 7
    Mohs Hardness 6
    Lattice constant 1.24nm

     

  • Dimensional Tolerance (W±0.1mm) ×(H±0.1mm) ×(L+0.5/-0.1mm) (L≥2.5mm) 
    (W±0.1mm) ×(H±0.1mm) ×(L+0.1/-0.1mm) (L<2.5mm)
    Transimittance (No coating) >75%(2~4μm),>70%(4.5μm)
    Finish 5/10
    Wave front distortion λ/8@633nm
    Warranty One year

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