英語 での Optical communication systems の使用例とその 日本語 への翻訳
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(E) Optical communication systems.
Optical communication systems: the past and the future.
Applications to free space optical communication systems.
Coherent optical communication systems are recognized as having high sensitivity, researchers have done a lot of research on it.
In addition to RF carrier waves,OOK is also used in optical communication systems(e.g. IrDA).
This BPF is widely used in fiber optical communication systems and EDFA where flat and broad operating bands are needed.
CODE V is used for the design andanalysis of optical imaging and optical communication systems.
For example, to develop new optical communication systems, environmental solutions, advanced medical technology, and robotics, the development of high-speed optical/electrical conversion devices, high efficiency energy conversion devices, high-performance sensors, and driving devices is essential.
Fiber Optics EXPO is theJapan's only technology exhibition that shows all optical communication systems, equipment and devices.
Singlemode wavelength coupler find extensive application to perform power splitting andmonitoring functions in all kinds of optical communication systems.
As mentioned above, these remarkable results expanded the field of research for optical communication systems, and also further enhanced the academic level of our country in the fiber optics field.
Backwards-propagating light, commonly caused by reflections, is often problematic in photonic devices andcan severely degrade the performance of optical communication systems.
Ultra large-band wire-bondable verticalcapacitor up to 26GHz+ UWSC Capacitors target optical communication systems(ROSA/ TOSA, SONET and all optoelectronics) as well as high speed data systems or products. The UWSC are designed for DC decoupling and bypass applications.
Striking a balance between economic efficiency and reliability,we are building and testing optimum optical communication systems for large-scale wind farms.
Top of this page 10 Gbit/s Lithium Niobate Modulator Driver[601KB] Yasunori Ogawa, Takayuki Izumi Oki developed a lithium niobate(LN) modulator driver with a built-in bias inductorintended for application in 10 Gbit/s long-distance optical communication systems.
Our Optical Device Business segment supplies high output lasers and external resonance lasers essential to fiber amps andhigh capacity optical communication systems, and superluminescent diodes used in fiber optic gyros and optical tomography.
Not only could these results give an advantage in clarifying the transmission loss mechanism in optical fibers, but also they have stimulated newresearch targets in the areas of semiconductor lasers and optical communication systems operating in the long-wavelength band.
Combining the ability to generate light with the electrical switching functionality of a transistor, this new class of optoelectronic devicecould improve visual display technologies and optical communication systems, and ultimately lead to the realization of electrically pumped organic lasers.
CATV, Optical communication system equipment.
These advancements make the commercialization of coherent optical communication system possible.
Highlights of Free space optical communication system.
FTTX+LAN, Optical fiber CATV optical communication system.
Light Source Technology In the coherent optical communication system, the requirements for signal light source and LO light source are relatively high.
Network Analysis Many applications in the electronic world involve the gathering anddecoding of data from networks such as analog measurement and optical communications systems.
In coherent optical communication system, the output photocurrent after coherent mixing is proportional to the product between optical power of signal and that of the LO.
Compared with IM/DD system, coherent optical communication system is with the following unique advantages: 1.
The subscriber accesses networks such as FTTH(Fiber to the Home)branch from the metropolitan network. In an optical communication system, various advanced technologies such as digital coherence, DWDM(Dense Wavelength Division Multiplexing), and ROADM(Reconfigurable Optical Add-Drop Multiplexer) have been introduced to realize power-savings and to improve the economics of high-speed and large-capacity transmission networks.