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test1, test2, 11

test1,test2,11

[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)[1] 采用基于切片的CTLE (slice-based CTLE) [2] 采用基于PI的八相时钟发生器 (PI-based eight-phase clock generator)

A 1.11pJ/b 224Gb/s XSR Receiver with Slice-Based CTLE and PI-Based Clock Generator in 12nm CMOS

ISSCC

2025

Peking University

[1] Uses slice-based CTLE [2] Uses PI-based eight-phase clock generator

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