光通信集成电路设计（英文影印版）

.2.7 transmission lines
2.7.1 ideal transmission lines
2.7.2 lossy transmission lines
3 optical devices
3.1 laser diodes
3.1.1 operation of lasers
3.1.2 types of lasers
3.1.3 properties of lasers
3.1.4 external modulation
3.2 optical fibers
3.2.1 fiber loss
3.2.2 fiber dispersion
3.3 photodiodes
3.3.1 responsivity and efficiency
3.3.2 pin diodes
3.3.3 avalanche photodiodes
3.4 optical systems
4 transimpedance amplifiers
4.1 general considerations
4.1.1 tia performance parameters
4.1.2 snr calculations
4.1.3 noise bandwidth
4.2 open-loop tias
4.2.1 low-frequency behavior
4.2.2 high-frequency behavior
4.3 feedback tias
4.3.1 first-ordertia
4.3.2 second-order tia
4.4 supply rejection
4.5 differential tias
4.6 high-performance techniques
4.6.1 gain boosting
4.6.2 capacitive coupling
4.6.3 feedback tias
4.6.4 inductive peaking
4.7 automatic gain control
4.8 case studies limiting amplifiers and output buffers
5.1 general considerations
5.1.1 performance parameters
5.1.2 cascaded gain stages
5.1.3 am/pm conversion
5.2 broadband techniques
5.2.1 inductive peaking
5.2.2 capacitive degeneration
5.2.3 cherry-hooper amplifier
5.2.4 ft doublers
5.3 output buffers
5.3.1 differential signaling
5.3.2 double termination
5.3.3 predriver design
5.4 distributed amplification
5.4.1 monolithic transmission lines
5.4.2 distributed amplifiers
5.4.3 distributed amplifiers with lumped devices oscillator fundamentals
6.1 general considerations
6.2 ring oscillators
6.3 lc oscillators
6.3.1 crossed-coupled oscillator
6.3.2 colpitts oscillator
6.3.3 one-port oscillators
6.4 voltage-controlled oscillators
6.4.1 tuning in ring oscillators
6.4.2 tuning in lc oscillators
7 lc oscillators
7.1 monolithic inductors
7.1.1 loss mechanisms
7.1.2 inductor modeling
7.1.3 inductor design guidelines
7.2 monolithic varactors
7.3 basic lc oscillators
7.3.1 differential control
7.3.2 design procedure.
7.4 quadrature oscillators
7.4.1 in-phase coupling
7.4.2 antiphase coupling phase. locked loops
8.1 simple pll
8.1.1 phase detector
8.1.2 basic pll topology
8.1.3 dynamics of simple pll
8.2 charge-pump plls
8.2.1 problem of lock acquisition
8.2.2 phase/frequency detector and charge pump
8.2.3 basic charge-pump pll
8.3 nonideal effects in plls
8.3.1 pfd/cp nonidealities
8.3.2 jitter in plls
8.4 delay-locked loops
8.5 applications
8.5.1 frequency multiplication and synthesis
8.5.2 skew reduction
8.5.3 jitter reduction clock and data recovery
9.1 general considerations
9.2 phase detectors for random data
9.2.1 hogge phase detector
9.2.2 alexander phase detector
9.2.3 half-rate phase detectors
9.3 frequency detectors for random data
9.4 cdr architectures
9.4.1 full-rate referenceless architecture
9.4.2 duai-vco architecture
9.4.3 dual-loop architecture with external reference
9.5 jitter in cdr circuits
9.5.1 jitter transfer
9.5.2 jitter generation
9.5.3 jitter tolerance
10 multiplexers and laser drivers
10.1 multiplexers
10.1.1 2-to-1 mux
10.1.2 mux architectures
10.2 frequency dividers
10.2.1 flipflop dividers
10.2.2 miller divider
10.3 laser and modulator drivers
10.3.1 performance parameters
10.4 design principles
10.4.1 power control
index