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Guangxi CORERAY Optical Communication Technology Co.,Ltd. is an enterprise specializing in the production of passive components for optical communication.The company is committed to the large-scale application of laser communication passive device manufacturing technology.
We mainly provide Mechanical Optical Switch, Solid State Optical Switch, Large Port Optical Switch, Small Optical Switch, Optical Switch, Optical Filter, Mems Optical Switch, etc.
Principle of MEMS Optical Switch
The principle of the MEMS optical switch is very simple. When the light is exchanged, the angle of the MEMS micromirror is moved or changed through the driving of electrostatic force or magnetic power, and the input light is switched to the different output ends of the optical switch to realize the switching and on-off of the optical path. .
MEMS optical switch can be applied in the field
MEMS optical switches and their arrays have a wide range of applications in existing optical communications. Its application scope mainly includes: protection switching system of optical network, light source control in optical fiber testing, real-time monitoring system of network performance, testing of optical components, switching core for building OXC equipment, optical add/drop multiplexing, optical testing, optical sensor system, etc.
Advantages of MEMS Optical Switches
MEMS optical switches can realize comprehensive remote control of all-optical networks, and have the main advantages of integration, low power consumption and low cost. MEMS optical switches have the advantages of low insertion loss, low crosstalk, low polarization sensitivity, high extinction ratio of mechanical optical switches and high switching speed, small size, and easy large-scale integration of waveguide switches.
MEMS 1×N-Port Optical Switch Structure
A 1×N-port optical switch based on MEMS technology, which includes a MEMS micromirror, a collimating lens and a multi-fiber pin. The MEMS micromirror is usually mounted on a TO tube holder, and then the collimating lens and the TO tube holder are assembled into a component through the TO tube cap. Finally, in the active debugging state, the multi-fiber pin is aligned with the aforementioned component and assembled. fixed together.
Frequently Asked Question
Do you have any question?
MEMS (Micro-Electro-Mechanical System) refers to a mass-produced micro-device or system that integrates micro-machines, micro-actuators, signal processing and control circuits. The preparation process of micro-mechanical structures includes photolithography, ion beam Etching, chemical etching, wafer bonding, etc., while electrodes are prepared on the mechanical structure for electronic control.
MEMS optical switches with complex movable 3D mechanical structures, micro-actuators, and micro-optical elements can be monolithically integrated on the same substrate by using well-established manufacturing processes in the integrated circuit industry.
Our updates and blog posts
mems-optical-switch-factories | MEMS SWITCHES OVERVIEW
{keyword},MEMS optical switch is a micro-optical switch that made of the semiconductor material, which is generally used as movable micro-mirrors that can deflect optical signals from input to output fibers.
mems-optical-switch-factories | Introduction to MEMS
{keyword},While the widely use of micro-electro-mechanical systems (EMES) in some other industries is nothing new,
mems-optical-switch-factories | The Difference Between Optical Switches And Mechanical Switches
{keyword}, Mechanical switches are similar to optical switches, but they have a much longer history. The key difference from the optical switch is their activation method.