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Teaching Matlab Based Toolbox for Antenna Course

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Teaching Matlab Based Toolbox for Antenna Course ... OF MOMENTS We can after draw the radiation pattern METHOD OF MOMENTS We did same thing with Yagi-Uda antenna. – PowerPoint PPT presentation

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Title: Teaching Matlab Based Toolbox for Antenna Course


1
Teaching Matlab Based Toolbox for Antenna Course
  • Olivier Vidémé Bossou - Juan R. Mosig
  • olivier.videmebossou_at_epfl.ch juan.mosig_at_epfl.ch

2
SOMMARY
  • INTRODUCTION
  • PURPOSE
  • TRANSMISSION LINE THEORY
  • METHOD OF MOMENTS
  • ANTENNA CHARACTERISTIC PARAMETERS
  • CONCLUSION

3
INTRODUCTION
  • Teaching is a noble and hard profession
  • To understand antenna courses
  • Very good teacher

4
INTRODUCTION
  • Excellent students
  • Or both.

5
INTRODUCTION
  • We often use
  • Computer
  • excellent scientific software.

6
INTRODUCTION
  • We can make these statement
  • Despite the excellent quality of the teacher
  • The course is not well assimilated
  • The content is not well understood.
  • In the class all the students are not excellent
  • The graphical limitation of the blackboard
  • Things are making more easier by the use of
    computers and softwares.

7
INTRODUCTION
  • We focus our energy on  Radiation and Antennas 
    course
  • The teacher can do ex-cathedra courses
  • But he will also use Matlab GUI to
  • Add more explanations
  • Draw more caracteristics
  • Calculate parameters

8
PURPOSE
  • To improve the antenna course
  • Construct different kind of exercices
  • Make an intellectual contribution of students to
    construct the course
  • Add more motivation by the use of ICT technology
  • Make more simulation on the web for student.

9
TRANSMISSION LINE THEORY
  • Suppose that we have this antenna

10
TRANSMISSION LINE THEORY
  • We transforme it as a transmission line
  • We calculate the current distribution along the
    line

11
TRANSMISSION LINE THEORY
12
METHOD OF MOMENTS
13
METHOD OF MOMENTS
  • We need the geometrical description of the
    antenna

14
METHOD OF MOMENTS
  • The program calculate the current distribution
    along the antenna

15
METHOD OF MOMENTS
  • We can after draw the radiation pattern

16
METHOD OF MOMENTS
  • We did same thing with Yagi-Uda antenna.

17
ANTENNA CHARACTERISTIC PARAMETERS
  • We can use the antenna formulas or the
    caracteristics calculated by the two others
    program

18
ANTENNA CHARACTERISTIC PARAMETERS
19
CONCLUSION
  • We are building a Matlab toolbox which will
    contain all these programs related to the course
  • All these programs are suppose to be use in class
    while teaching
  • They will be available on the net for student
    homework
  • The first test will be next winter.
  • We hope the students will enjoy it.
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