典型文献
A Programmable Pre-emphasis Technique with Combined RLC Source Degeneration for High-Speed Serial Link Transmitters
文献摘要：
This paper presents a clock-less pro-grammable pre-emphasis technique realized by a driver with combined resistive-inductive-capacitive source degen-eration for high-speed serial link transmitters.The addi-tion of a series inductive-capacitive resonance network ex-pands the bandwidth of the driver without lowering down the pre-emphasis gain.The driver with the proposed pre-emphasis technique provides adjustable gain from mid-fre-quency to high-frequency which is controlled by a tun-able tail current,offering the capability for the transmit-ter to adapt to different cable loss from 0 to 6 dB.The driver has been employed in a 2:4 multiplexing and cable driving integrated circuit for 1.65 Gbps high-definition-multimedia-interface and digital-visual-interface applica-tion to drive up to 7 m 24-American-wire-gauge cable.Fabricated in 180 nm SiGe BiCMOS technology,the transmitter consumes 68.6 mW for 6 dB pre-emphasis un-der 3.3 V power supply.
文献关键词：
中图分类号：
作者姓名：
WANG Tonghui;ZOU Jiaxuan;QI Huanhuan;WANG Xi;WANG Jingbo;ZHANG Hong
作者机构：
School of Microelectronics,Xi'an Jiaotong University,Xi'an 710048,China;No.58 Research Institute,China Electronic Technology Group Corporation,Wuxi 210000,China
文献出处：
引用格式：
[1]WANG Tonghui;ZOU Jiaxuan;QI Huanhuan;WANG Xi;WANG Jingbo;ZHANG Hong-.A Programmable Pre-emphasis Technique with Combined RLC Source Degeneration for High-Speed Serial Link Transmitters)[J].电子学报（英文）,2022(01):52-58
A类：
Transmitters,grammable,pands
B类：
Programmable,Pre,emphasis,Technique,Combined,RLC,Source,Degeneration,High,Speed,Serial,Link,This,paper,presents,clock,less,technique,realized,by,driver,combined,resistive,inductive,capacitive,source,degen,high,speed,serial,link,transmitters,addi,series,resonance,network,bandwidth,without,lowering,down,gain,proposed,provides,adjustable,from,mid,frequency,which,controlled,tun,tail,current,offering,capability,adapt,different,cable,loss,dB,been,employed,multiplexing,driving,integrated,circuit,Gbps,definition,multimedia,interface,digital,visual,applica,American,wire,gauge,Fabricated,SiGe,BiCMOS,technology,consumes,mW,der,power,supply
AB值：
0.600314
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