About Optical and Optoelectronic Assembly Services
Optical assembly and optoelectronic assembly services design assemblies and systems for optical and optoelectronic devices. They provide optical assembly and optoelectronic interfacing between devices, facilitate optical and optoelectronic data transfers across networks, and provide optical and optoelectronic packaging. Most optical and optoelectronic assembly services specialize in the packaging of active and passive components with different optical properties, materials, shapes and sizes. In many optoelectronic systems, electrical and optical inputs/outputs (I/O) must be packaging together in order to provide electrical-to-optical and optical-to-electrical conversion. High-resolution optical encoders are used with servo-controlled, direct-drive brushless DC motors. Optical switches are used to provide network connectivity through a series of micro-electrical-mechanical-system (MEMS) mirrors and lenses that direct light between I/O fibers.
Optical assembly and optoelectronic assembly services perform processes such as metallization, soldering, alignment and sealing. Hermeticity or air tightness is an important consideration because of the sensitivity of optical and optoelectronic devices. Contaminants can scratch the lenses in optical equipment and obstruct optical-to-electrical communication pathways. Consequently, optical assembly and optoelectronic assembly services maintain cleanroom-type environments and follow strict production procedures. Inspectors who work for optical and optoelectronic assembly services use optical instruments such as spectrometers, polarimeters and photometers to identify defects. In many cases, an optical assembly service or optoelectronic assembly service may also manufacture semiconductors, integrated circuits (IC), printed circuit boards (PCBs) or other components that require high-purity conditions.
More >>Engineering Web: Optical and Optoelectronic Assembly Services
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Fujitsu Develops 3D Polymer Waveguide and a... (3D) polymer optical waveguide and a bi-directional, 4-channel optical parallel transceiver utilizing the 3D polymer optical waveguide as an optical See Fujitsu Limited Information |
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