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Optical Communication and High-Frequency Engineering (ONT)
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  1. Faculty of Computer Science, Electrical Engineering and Mathematics
  2. Electrical Engineering
  3. Start
  4. Teaching
  5. Lecture notes
  6. High-Frequency Engineering

High-Fre­quency En­gin­eer­ing

Script (and Exercises) Further exercises on this topic.
Lecture notes chapters 1-9, with intermediate steps Exercise 1, HF Exercise 1, HF Exercise 2, HF Exercise 3
  Exercise 12, HF Exercise 4, HF Exercise 5
  HF Exercise 6, HF Exercise 7, Exercise 51
Filter circuits: Filter.zip-file HF Exercise 8, optionally MATLAB solution and transistor datasheet, especially for those interested: calculation, kT / C noise: Calculation of Covariance matrices of instationary noise of time variant multiports, further exercises, calculation program and presentstion slides
Mixer2 Analysis of frequency multipliers and mixers by MATLAB programs: mixer2_static, mixer2_harmonic analysis, id_nonlin, i_total, frequency doubler, id_2_nonlin, i_2_total
  HF Exercise 9
  Waveguide components, HF Exercise 13
 

HF Exercise 10, MATLAB program Coupled TEM waveguides, subroutine, subroutine, subroutine, MATLAB program waveguide calculation, subroutine. Here is a finished waveguide calculation program.

Software  
Group antennas Main program: GrupAnt_n02.m, Mandatory subroutines: GrupAntPlot.m GrupAntF.m
Introduction into the usage of the Smith chart
Smith chart preprint (Black and white)
Smith chart preprint (colored)
Small Smith chart preprints
Smith chart double preprint with instructions

 

Optical Communication and High-Frequency Engineering

Warburger Str. 100
33098 Paderborn
Germany

Universität Paderborn

Warburger Str. 100
33098 Paderborn
Germany

Phone University

+49 5251 60-0
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