• Results of the lecture
  
  
  

Supplements:

• Manuals
  
  
• Articles
  
  
• 85 Questions to Chp 1-9
  

Chapters:

• Chapter 1
  - Summary of System Analysis & Synthesis -
  Lecture Plan, Literature, etc.
  
• Chapter 2
  - Summary of RF-Electronics: Matching -
  Telegraph Equation, Transmission Line Properties, Fields
  
• Chapter 3
  - Nuclear Electronics -
  Nuclear Electronic Modules, Techniques
  
• Chapter 4
  - Energy Loss Mechanisms, Bethe Bloch Equation -
  Particle Identification, Identification by Stopping Power / Range
  
• Chapter 5
  - Detectors, Timing Circuits -
  Pulse Shape Discrimination, TACs
  
• Chapter 6
  - Rel. Kinematics, Selected Topics of Accelerator Physics -
  Sources, Cyclotron, Quadrupoles
  
• Chapter 7
  - Sampled Data Analysis: The Z-Transform, Filters -
  From Laplace Transformation to Z-Transformation
  
• Chapter 8
  - Processor Architecture, Digital Signal Processors, ADC, DAC -
  Harvard Architecture, Flash ADCs
  
• Chapter 9
  - Programming Languages, Techniques, Emulation, Simulation, Debugging -
  From Machine Codes to Compiler Languages, Break Points, Register Inspection
  
• Chapter 10
  - Introduction to FPGAs -
  
  
• Chapter 11
  - Introduction to Verilog HDL -
  
  

   

  Exercises:

  • Exercise 1
    
    
  • Exercise 2 (Lab Course)
    
    
  • Exercise 3
    
    
  • Exercise 4 (Lab Course)
    
    
  • Exercise 5 (Lab Course)
    
    
  • Exercise 6 (Lab Course)
    
    
  • Exercise 7
    
    

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  Disclaimer
  
  Responsible: PD Dr. P.-D. Eversheim, EMail: evershei@hiskp.uni-bonn.de
  Last edited: 09.04.2013 by evershei@hiskp.uni-bonn.de

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