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A quantum-effect 4:1 multiplexing IC using Resonant Tunneling Diodes is proposed and fabricated The new proposed IC has been designed based on the power-efficient NDR (negative differential resistance) topology of four CML-MOBILEs, which has the features of low-power and high speed by means of the unique NDR characteristics of the RTD. The 4:1 multiplexing operation of the proposed circuit is confirmed...
A new functional digital IC for multiplexing operation is proposed by using resonant tunneling diodes. The new proposed circuit topology is mainly based on the CML- MOBILE topology which has the features of self-latching and edge-triggering with reduced device count. The operation of the new functional digital IC is confirmed by implementing the circuit using an InP MMIC technology. The fabricated...
A Low DC-Power Multiplexer IC using an InP-based CML (current mode logic) -MOBILE (Monostable bistable transition logic element) RTD/HBT Technology has been proposed and fabricated. The proposed multiplexer topology is composed of two differential CML-MOBILE ICs and a newly proposed RZ-to-NRZ selector IC. By using the NDR (negative differential resistance) - based new topology, the DC power consumption...
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