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Applied RF Engineering I - Circuits and Transmission Lines On-demand


Description

Based on Les Besser's famous RF course material, this program has been reworked and updated to meet the needs of today's engineers looking for online self-paced study. Video lectures are followed by our exclusive online workbooks featuring interactive problem sets and quizzes along with optional supplemental reading for those who wish to explore topics in more depth. This course is the first part of the RF Engineering Certificate program by Besser Associates.

CatalogID: 270

Content
  • 01 Introduction
  • Welcome!
  • PDF Notes - Introduction
  • Lecture 1-1 - Intro and Wave Parameters
  • Wave Parameters Workbook
  • Lecture 1-2 - Decibel Scale
  • Decibels Workbook
  • Lecture 1-3 - Additional Topics
  • 02 Resonance and Transmission Lines
  • PDF Notes - Resonance and Transmission Lines
  • Lecture 2-1: Complex Impedance
  • Complex Numbers, Q, Resonance Workbook
  • Lecture 2-2: Series Parallel Conversions
  • Series Parallel Workbook
  • Lecture 2-3: Transmission Lines
  • Transmission Lines Workbook
  • Lecture 2-4: Mismatch
  • Reflections and Mismatch Workbook
  • 03 Smith Chart
  • PDF Notes - Smith Chart
  • Lecture 3-1: Smith Chart 1
  • Lecture 3-2: Smith Chart Lab
  • Smith Chart Workbook 1
  • Lecture 3-3: Calculations
  • Smith Chart Workbook 2
  • Lecture 3-4: Frequency and Negative Components
  • Lecture 3-5: Transmission Lines
  • Smith Chart Workbook 3
  • 04 S-parameters
  • PDF Notes - S-Parameters
  • Lecture 4-1: Parameters
  • Lecture 4-2: S-Parameter Calculations
  • S-Parameter Calculations Workbook
  • Signal Flow Graphs Workbook
  • Lecture 4-3: Mixed Mode S-Parameters
  • Lecture 4-4: Nonlinear Devices
  • 05 Impedance Matching
  • PDF Notes - Impedance Matching
  • Lecture 5-1: Introduction
  • Lecture 5-2: Matching Unequal Resistances
  • Impedance Matching Workbook
  • Lecture 5-3: Smith Chart Views
  • Lecture 5-4: Complex Terminations
  • Lecture 5-5: Bandwidth Considerations
  • Impedance Matching Workbook 2
  • Lecture 5-6: Transmission Line Elements
  • Lecture 5-7: Balanced Circuits and Summary
  • Optional Topic: Network Order
  • 06 Component Models
  • PDF Notes - Component Models
  • Lecture 6-1
  • Lecture 6-2
  • Resistance, Inductance and Capacitance Workbook
  • Lecture 6-3
  • 07 Ground Parasitics
  • PDF Notes - Ground Parasitics
  • Lecture 7-1
  • Lecture 7-2
  • Microstrip Calculations Workbook
  • Testing and Feedback
  • Circuits and Transmission Lines Test
  • Course Evaluation
Completion rules
  • You must complete the test "Circuits and Transmission Lines Test"
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