CASTECH, Inc. PPLN-Optical Crystal

Description
IntroductionBased on the quasi-phase matching theory (QPM), the nonlinear optical crystal Lithium Niobate is made into a periodically inverted domain structure, called Periodically Poled Lithium Niobate (PPLN), to compensate for phase mismatch caused by dispersion, so that the effective nonlinear coefficient of the nonlinear optical crystal can be used to the greatest extent and the frequency conversion characteristics of the nonlinear crystal can be greatly improved.Excellent grating uniformityHigh conversion efficiencyFree of Walk-Off Competitive price
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Description
IntroductionBased on the quasi-phase matching theory (QPM), the nonlinear optical crystal Lithium Niobate is made into a periodically inverted domain structure, called Periodically Poled Lithium Niobate (PPLN), to compensate for phase mismatch caused by dispersion, so that the effective nonlinear coefficient of the nonlinear optical crystal can be used to the greatest extent and the frequency conversion characteristics of the nonlinear crystal can be greatly improved.Excellent grating uniformityHigh conversion efficiencyFree of Walk-Off Competitive price
Request a Quote

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PPLN-Optical Crystal -  - CASTECH, Inc.
Fuzhou, China
PPLN-Optical Crystal
PPLN-Optical Crystal
IntroductionBased on the quasi-phase matching theory (QPM), the nonlinear optical crystal Lithium Niobate is made into a periodically inverted domain structure, called Periodically Poled Lithium Niobate (PPLN), to compensate for phase mismatch caused by dispersion, so that the effective nonlinear coefficient of the nonlinear optical crystal can be used to the greatest extent and the frequency conversion characteristics of the nonlinear crystal can be greatly improved.Excellent grating uniformityHigh conversion efficiencyFree of Walk-Off Competitive price

IntroductionBased on the quasi-phase matching theory (QPM), the nonlinear optical crystal Lithium Niobate is made into a periodically inverted domain structure, called Periodically Poled Lithium Niobate (PPLN), to compensate for phase mismatch caused by dispersion, so that the effective nonlinear coefficient of the nonlinear optical crystal can be used to the greatest extent and the frequency conversion characteristics of the nonlinear crystal can be greatly improved.Excellent grating uniformityHigh conversion efficiencyFree of Walk-Off Competitive price

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Technical Specifications

  CASTECH, Inc.
Product Category Optical Crystals
Product Name PPLN-Optical Crystal
Type Nonlinear
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