Introduction to Radio Frequency and Microwave Technology

Learning Outcomes

The Course Introduction to Radio Frequency and Microwave Technology (RF – 101) is a fast-paced and intensive training program designed specifically for engineering professionals.

 Main Instructor

Assoc. Prof. Dr.-Ing. Suramate Chalermwisutkul

King Mongkut’s University of Technology North Bangkok

Key Benefits

Condensed overview of microwave engineering priciples

  • Network Parameters
  • S-parameters
  • Smith Chart
  • Impendance Transformation

Gain a solid foundation in RF and microwave engineering to apply in scientific work

Hand-on training

Certificate of completion

 Save the Date!!

25 – 26 September 2023

9:00 am. – 4:00 pm.

Limited Seats!!

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for more information and registration

Line: @Irct Website: www.irct.co.th 

Course Outline

Introduction to Radio Frequency and Microwave Technology (RF – 101)

Learning outcomes

Upon successful completion of this course, attendees will possess a comprehensive st of skills and knowledge in microwave engineering as well as understand and apply fundamental principles of microwaves interpret and analyze network parameters and S-parameters for device characterization, unilize the Smith Chart for impedance matching and transformation, and confidently engage in discussions and ask questions regarding microwave engineering principles.
Day 1

Session 1: Inroduction to Microwaves and Network Parameters

  • Overview and applications of microwave components and circuits
  • Relations between EM Theory and Network Theory
  • Introduction to network parameters: impedance, admittance, and scattering parameters
  • Transmission line theory and wave quantities a, b
  • Introduction so S-parameters: reflection and transmission coefficients

Session 2: Hands on session on Microwave Measurement Techniques

  • Vector network analyzer basics
  • Calibration
  • One port and two port S-parameters measurements (simple passive components part 1)
  • Do and don’ts in VNA operation
  • Q&A and wrap-up
Day 2

Session 3: S-parameters and Measurement Techniques

  • Microstrip lines and passive components
  • Active components, diodes and transistors
  • Introduction to the Smith Chart: construction and interpretation
  • Design of matching networks

Session 4: Hands on session on Microwave Measurement Techniques

  • Vector network analyzer basics
  • One port and two port S-parameter measurements (simple passive components part 2)
  • Q&A and wrap-up

Session 5: Knowledge test for the certificate