Abstract: The design and performance of repeater circuits based on Si and GaAs MESFET process technologies are described. Repeater circuits were designed ...
Missing: Regenarators | Show results with:Regenarators
Abstract-We have designed and fabricated multigigabit/ sec- ond repeater circuits using both Si and GaAs processes. The Si. IC's operated up to 9 Gb/s, ...
Missing: Regenarators | Show results with:Regenarators
It was verified that regenerative repeater systems using these ICs and optical amplifiers exhibit a stable operation at 10 Gb/s. The design and performance ...
Bibliographic details on Over 10 Gb/s Regenarators Using Monolithic IC's for Lightwave Communication Systems.
Apr 25, 2024 · Over 10 Gb/s Regenarators Using Monolithic IC's for Lightwave Communication Systems. IEEE J. Sel. Areas Commun. 9(5): 673-682 (1991). [+] ...
Over 10 Gb/s regenerators using monolithic IC's for lightwave communication systems. IEEE J. Select. Areas Commun. SAC-9(5):673–682, June 1991. Article ...
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Sep 5, 2006 · Over 10 Gb/s regenerators using monolithic ICs for lightwave communication systems ... 10 Gb/s repeater systems using Si and GaAs IC processes.
Missing: Regenarators | Show results with:Regenarators
Hagimoto, K., et al, “Over 10 Gb/s Regenerators Using Monolithic IC's for Lightwave Communication Systems,” IEEE Journal on Selected Areas in Communications, ...
Missing: Regenarators | Show results with:Regenarators
With the supply voltage of 2.4 V, this limiting amplifier can operate at 10 Gb/s at a dynamic range from 25 mV up to 250 mV. The power consumption is 120 mW.
Over 10 Gb/s Regenarators Using Monolithic IC's for Lightwave Communication Systems · K. HagimotoY. MiyagawaY. MiyamotoM. OhhataT. SuzukiH. Kikuchi.