High-speed Circuits for Lightwave CommunicationsHigh speed circuits are crucial for increasing the bandwidth of transmission and switching of voice/video/data over optical fiber networks. The ever-increasing demand for bit rates higher than those available due to the explosion of Internet traffic has driven engineers to develop integrated circuits of performance approaching 100 Gb/s. Commercial lightwave products using high speed circuits of 10 Gb/s and beyond are readily available.High Speed Circuits for Lightwave Communications presents the latest information on circuit design, measured results, applications, and product development. It covers electronic and opto-electronic circuits for transmission, receiving, and cross-point switching. These circuits were implemented with various state-of-the-art IC technologies, including Si BJT, GaAs MESFET, HEMT, HBT, as well as InP HEMT and HBT. The book, written by more than 50 experts, will benefit graduate students, researchers, and engineers who are interested in or work in this exciting and challenging field of optical communications. |
Contents
Introduction iii | 1 |
Si and SiGe Bipolar ICs for 10 to 40 Gbs OpticalFiber TDM Links 335 | 35 |
Low TransimpedanceFluctuation Design for 10GHz SiBipolar | 73 |
Fiber Communications Systems | 87 |
AlGaAsGaAs HBT Circuits for Optical TDM Communications | 161 |
High Speed Crosspoint Switches | 193 |
HBT ICs for OC192 Equipment | 237 |
Present Status and Future Prospects of HighSpeed Lightwave | 255 |
InP HBT ICs for 40 Gbs Optical Links | 283 |
A Review of Recent Progress in InPBased Optoelectronic Integrated | 319 |
Common terms and phrases
AlGaAs/GaAs HBT bandwidth base bias bipolar transistors bit rate block diagram capacitance channel chip circuit design clock recovery collector configuration crosspoint switch current density D-FF data rate decision circuit demultiplexer DEMUX detector device differential diode Electron eye diagrams fabricated feedback fiber Figure filter flip-flop fmax frequency divider GaAs IC Symp GaAs MESFET gate length Gb/s Gbit/s HEMT heterojunction bipolar transistors HFET high speed high-speed IEEE impedance increase InP-based InP-HBT input data integrated circuits interconnect jitter laser latching layer Lett limiting amplifier loop maximum measured MESFET monolithic multiplexer noise OEIC on-chip operating speed optical optical fiber output buffer package parameters parasitic performance phase photodiode power dissipation preamplifier reduce resistors retiming Sano shown in Fig shows SiGe signal simulation Solid-State Circuits stage static substrate supply voltage Tech transimpedance amplifier transmission line voltage swing Vp-p wafer