Learn about the benefits of BBO Pockels cells in laser systems, including high damage threshold, low insertion loss, and fast switching speed. Discover how they’re used in Q-switching, optical modulation, and pulse extrusion technology.
Discover how a Faraday isolator can be used to improve the stability and reliability of free-space laser systems.
Learn how to properly clean and maintain a Faraday isolator for optimal performance.
1. Product Overview Faraday optical rotator is a kind of magneto-optical device based on Faraday magneto-optical effect, which can rotate the polarization direction of incoming ray polarized light by a certain Angle, and the optical rotation direction is only related to the internal magnetic field, and has nothing to do with the optical direction. Commonly used Faraday optical rotators are designed to rotate at an Angle of 45° or 90°. An optical isolator is formed by placing a 45° optical rotator between two 45° polarized devices. Optical isolator is a kind of unidirectional permeable magneto-optical device, which has been widely …
CL-ROT & CL-ISO Free-space Faraday Optical Rotators and Isolators Product specifications Read More »
1. BBO crystal electro-optical switch wiring instructions As shown above, the rear panel of the driver provides two sets of interfaces: Ⅰ. AC220V: 220V power interface, just connect to the three-phase power line Ⅱ. Blue (HV1), red (HV2), black and three-color interfaces, among which the blue and red interfaces are high-voltage output interfaces. Note: As shown in the figure above, there are two electrodes on the BBO electro-optical switch, which are connected to the red and blue interfaces of the driver, regardless of positive or negative, and the connection can be protected by heat shrink tubing (recommended). 2. Start-up operation …
BBO crystal electro-optical switch and driver Instructions Read More »
