PRODUCT INTRODUCTION:
Our MT-100, MT-120 and MT-150 magneto-optic glass/Faradian optical glass materials may not be necessary in high power rate laser systems to prevent the laser and other optical components from being damaged by the reflective feeders in the optical system. Faraday optical isolator is a "passive, non-reciprocal" optical device, which uses Faraday effect to isolate the feedback light in the optical system, maintain the stability of the light source system, and effectively eliminate the noise of the laser light source. It enables the forward transmission of light to pass through without obstruction, while protecting the laser from the damage of the feedback light in the optical system, which makes the Faraday optical isolator a key component in contemporary laser systems.
Large aperture, high field constant (the important number of magneto-optical materials, indicating the unit length of magneto-optical materials, the rotation Angle of polarized light under the unit magnetic field) Magneto-optical rotation glass is one of the necessary optical components for anti-laser feedback in the laser system of high power, into the aperture beam, and it can be used for magneto-optical isolators to obtain a larger rotation Angle at a lower magnetic field strength.
Due to the self-focusing effect of high power laser system, the glass material is vulnerable to damage, which requires a high field constant and a reduced nonlinear refractive index of magnetically active glass. The company produces magnetic optical rotation glass with the following characteristics: high field constant, high optical uniformity, high damage width, wide window, high transmittance, low nonlinear refractive index, low light absorption number, can obtain a large size (accept custom).
APPLICATION:
Used for high power output control in visible and near infrared bands. It is usually used to make Faraday rotating components with basic Faraday effects, such as optical isolators, circulators, magneto-optical modulators, high-speed optical switches, comb filters, laser gyro, laser goniometer, magneto-optical information processing systems, current measurement sensors on strong magnetic fields and high voltage transmission lines, spatial light modulation and other optical functional devices.