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We fabricated a 40-Gbit/s CAN-type ROSA using a maximized-induced-current photodiode (MIC-PD). 40-Gbit/s error-free operation was achieved for the first time with a CAN-type ROSA, owing to the high-speed capability of the MIC-PD and impedance matching of glass feedthrough.
We fabricated 25-Gbit/s receiver optical subassemblies (ROSAs) using a maximized-induced-current photodiode (MIC-PD). By employing a high-speed and high-responsivity MIC-PD, we achieved successful operation at 25 Gbit/s using a flexible printed circuit board and a coaxial package designed for a 10-Gbit/s ROSA.
This paper preliminarily examines the applicability of Internet protocol (IP)-related communication technologies such as IP and MPLS (multi-protocol label switching) routers and L2 (layer-two or Ethernet) switches to existing teleprotection systems. The teleprotection systems concerned include microprocessor-based current differential teleprotection with data communications of instantaneous current...
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