Phase-Locked Loops and their Applications

  • Integer-N Frequency Synthesizers
      • - Overview
      • - System level modeling
      • - Closed loop behavior
      • - Noise analysis
         
  • Advanced Analog Synthesizers, Clock and Data Recovery
      • - Dual-loop synthesizers
      • - Direct digital synthesizers
      • - Fractional-N synthesizers
      • - Clock and data recovery (CDR)
      • - Delay-locked loops (DLL)
         
  • Basic Building Blocks (Part I)
      • - Background (noise figure, matching networks)
      • - Voltage-controlled oscillators (VCO)
      • - Noise in LC Voltage-controlled oscillators
         
  • Basic Building Blocks (Part II), PLL Design
      • - High speed frequency dividers
      • - Phase detectors and charge pumps
      • - Loop filter structures
      • - Classical open loop PLL design
      • - Closed loop CAD-based PLL design
         
  • Advanced Analog Synthesizer Techniques
      • - Modulation
      • - Bandwidth compensation
      • - Quantization noise cancellation
      • - Behavioral simulation techniques
         
  • Behavioral Simulation Exercises
      • - Introduction to CppSim
      • - Fractional-N synthesizer simulation example
      • - Advanced example (selection by attendee)
         
  • Digital Frequency Synthesizers
      • - Advantages and challenges
      • - Time-to-digital conversion
      • - Digitally-controlled oscillators
      • - System level modeling
         
  • Examples of Leveraging Digital Techniques in PLLs
      • - High performance digital fractional-N synthesizer example
      • - Mixed-Signal CDR example
      • - Digital frequency acquisition example
         
  • Advanced PLL Examples (Part I)
      • - Fast offset compensation for CDR limit amps
      • - Fractional-N based DLL
      • - Low-jitter multiplying DLL
      • - Sub-harmonic injection-locked oscillator
         
  • Advanced PLL Examples (Part II)
      • - Optical/electrical phase-locked loop
      • - High speed clock-and-data recovery
      • - VCO-based analog-to-digital conversion
      • - MEMs-based clocking