A novel phase interval detector that looks for a phase interval enclosing the desired lock point is shown to find the optimal phase that minimizes the timing ...
Abstract- Dithering in bang-bang controlled CDRs poses conflicting requirements on the phase adjustment resolution as one tries to maximize the tracking ...
A novel phase interval detector that looks for a phase interval enclosing the desired lock point is shown to find the optimal phase that minimizes the timing ...
A novel phase interval detector that looks for a phase interval enclosing the desired lock point is shown to find the optimal phase that minimizes the timing ...
Fig. 7. Jitter histograms and the maximum phase error with various timing offsets between the data and PLL reference clock. - "A 5-Gbps 1.7 pJ/bit ...
A 2.3-mW, 5-Gb/s Low-Power Decision-Feedback Equalizer Receiver Front-End and ... A 5-Gbps 1.7 pJ/bit ditherless CDR with optimal phase interval detection.
Myeong-Jae Park, Hanseok Kim, Seuk Son and Jaeha Kim "A 5-Gbps 1.7pJ/bit Ditherless CDR with Optimal Phase Interval Detection," in IEEE Custom Integrated ...
Apr 25, 2024 · A 9.2-GHz digital phase-locked loop with peaking-free transfer function. ... A 5-Gbps 1.7 pJ/bit ditherless CDR with optimal phase interval ...
A 5-Gbps 1.7 pJ/bit ditherless CDR with optimal phase interval detection ... A novel phase interval detector that looks for a phase interval enclosing the ...
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