Abstract: This brief presents a novel broadband common-mode (CM) absorptive balun developed through an optimization strategy. Different from the conventional Marchand balun that reflects CM waves, the ...
The transceiver achieves 15 GB/s, vastly surpassing the bandwidth of existing consumer wireless systems Analog signal processing drastically reduces energy consumption while maintaining extreme data ...
Abstract: This article presents the design methodology and the measurements of a DC-coupled wideband Active Balun fabricated in a 40-nm CMOS process. An auxiliary balun-based phase and amplitude ...
UC Irvine engineers announced last Wednesday they developed a wireless transceiver achieving 120 Gbps speeds, matching fiber optic performance for the first time in wireless data transmission. The ...
In radio frequency communications, the speed and efficiency of the radio transceivers used to send and receive data are crucial. A research team at the University of California, Irvine, has developed ...
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