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A semidigital dual delay-locked loop
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由 S Sidiropoulos 著作1997被引用 605 次 — This paper describes a dual delay-locked loop architecture which achieves low jitter, unlimited (modulo 2/spl pi/) phase shift, and large operating range.
(PDF) A Semidigital dual delay-locked loop
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2024年12月5日 — This paper describes a dual delay-locked loop architecture which achieves low jitter, unlimited (modulo 2π) phase shift, and large operating ...
A semidigital dual delay-locked loop
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由 S Sidiropoulos 著作1997被引用 605 次 — This paper presents a dual DLL architecture which combines several techniques to achieve unlimited phase capture range, low jitter and static-phase error, and ...
A Semidigital Dual DelayLocked Loop
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由 B Razavi 著作2003 — This paper describes a dual delay-locked loop architecture which achieves low Jitter, unlimited (modulo 2¿) phase shift, and large openting raftle.
(PDF) A Semi-Digital Dual Delay Locked Loop
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This paper describes a dual Delay Locked Loop architecture which achieves low jitter, unlimited (modulo 2p) phase shift and large operating range.
[PDF] A semidigital dual delay-locked loop
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A dual delay-locked loop architecture which achieves low jitter, unlimited (modulo 2/spl pi/) phase shift, and large operating range, and the design of an ...
(PDF) A semidigital dual delay-locked loop (1997)
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Abstract: This paper describes a dual delay-locked loop architecture which achieves low jitter, unlimited (modulo 2/spl pi/) phase shift, and large operating ...
A dual-loop delay-locked loop using multiple voltage- ...
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由 YJ Jung 著作2001被引用 140 次 — We propose a new dual-loop DLL architecture that allows un- limited delay range by using multiple voltage-controlled delay lines (VCDLs). In our architecture, ...
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Delayed Locked Loop Design Issues
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由 C Kim 著作 — Horowitz, “A semidigital dual delay-locked loop,” IEEE J. Solid-State Circuits, vol. 32, no. 11, pp. 1683-1692, Nov. 1997. [D.J. Foley JSSC] D.J.Foley and ...
A dual-loop delay locked loop with multi digital delay lines ...
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A limitation on unit delay amount is drastically reduced; hence the maximum frequency that a dual-loop DLL supports can be easily expanded into GHz range.
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