Power and Area-Efficient Adaptive Equalization at Microwave Frequencies
Citations
23 citations
Additional excerpts
...In this work, we exploit duality to efficiently sense inductor current [25]....
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10 citations
Cites background from "Power and Area-Efficient Adaptive E..."
...The parasitics, losses, terminal impedance mismatch, and other nonideal characteristics inherent to distributed electronic components are known to affect their performance [16], [17]....
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7 citations
Cites methods from "Power and Area-Efficient Adaptive E..."
...In this work, we use a dual ladder - this way, inductor currents in the original network are capacitor voltages in the dual - and can therefore be sensed using transconductors [10][11]....
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6 citations
Cites methods from "Power and Area-Efficient Adaptive E..."
...The efficacy of these techniques were demonstrated by measurements from a test chip....
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1 citations
Cites methods from "Power and Area-Efficient Adaptive E..."
...This has motivated the use of analog techniques for adaptive equalization - see for instance [1]....
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References
2,843 citations
"Power and Area-Efficient Adaptive E..." refers methods in this paper
...The implementation of the LMS algorithm involves the least amount of complexity if the state-signals (the signals that are being linearly combined) are explicitly available in the filter [14]....
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907 citations
"Power and Area-Efficient Adaptive E..." refers background in this paper
...The optimal delay corresponds to the minimum diagonal element of [18]....
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309 citations
"Power and Area-Efficient Adaptive E..." refers background in this paper
...The performance of an ideal symbol-spaced equalizer is sensitive to the timing-phase of the decision-device [12]....
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284 citations
"Power and Area-Efficient Adaptive E..." refers methods in this paper
...On the other hand, deductive timing recovery techniques [13] (those that use the output of the TIA/VGA or the equalizer in Fig....
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163 citations
"Power and Area-Efficient Adaptive E..." refers background or methods in this paper
...For example, each delay cell used in the traveling-wave equalizer reported in [3] is approximately 220 m across....
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...motivation for using microwave techniques to realize FIR filters in the analog domain, as evidenced in several recent publications [3]–[10]....
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