RF Microwave & Transmission Line Theory – RAHRF200

RF Microwave & Transmission Line Theory – RAHRF200, available at $19.99, has an average rating of 4.64, with 46 lectures, based on 643 reviews, and has 5467 subscribers.

You will learn about Complete understanding of RF Microwaves Transmission line theory Smithchart matching hand on examples on ADS for matching (top level only do not get confused with RAHRF209-L ADS simulation course) This course is ideal for individuals who are Electrical Engineers or Communication Engineers or RF Engineers or Antenna Engineers or Hardware Engineers or Electrical Engineering students or Radio Frequency Enthusiasts It is particularly useful for Electrical Engineers or Communication Engineers or RF Engineers or Antenna Engineers or Hardware Engineers or Electrical Engineering students or Radio Frequency Enthusiasts.

Enroll now: RF Microwave & Transmission Line Theory – RAHRF200

Summary

Title: RF Microwave & Transmission Line Theory – RAHRF200

Price: $19.99

Average Rating: 4.64

Number of Lectures: 46

Number of Published Lectures: 46

Number of Curriculum Items: 46

Number of Published Curriculum Objects: 46

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Complete understanding of RF Microwaves
Transmission line theory
Smithchart
matching
hand on examples on ADS for matching (top level only do not get confused with RAHRF209-L ADS simulation course)

Who Should Attend

Electrical Engineers
Communication Engineers
RF Engineers
Antenna Engineers
Hardware Engineers
Electrical Engineering students
Radio Frequency Enthusiasts

Target Audiences

Electrical Engineers
Communication Engineers
RF Engineers
Antenna Engineers
Hardware Engineers
Electrical Engineering students
Radio Frequency Enthusiasts

This is the third course towards Rahsoft RF Certificate course and the first two hundred level course concentrating on RF microwave and Radio transmission line theory and principles . Please note it is recommended for students to take the courses in order but not required.

In RAHCH200 we would be concentrating on fundamentals of microwave and transmission lines and would be solving many practical examples by both calculation and ADS Keysight software.

Course Curriculum

Lecture 1: Before we start and Lecture notes to download

Chapter 1: transmission line theory

Lecture 1: Distributed versus Lumped Analysis

Lecture 2: Transmission Lines

Lecture 3: phasor equations

Lecture 4: characteristic impedance

Lecture 5: Lossless Transmission Line

Lecture 6: Time Domain Equations

Lecture 7: Wave Propagation and standing waves

Lecture 8: Example

Lecture 9: Terminated Tranmission Line

Lecture 10: Terminated Transmission Line Example

Lecture 11: Vmax and Vmin

Lecture 12: Special Cases of Lossless Terminated Lines

Lecture 13: Special Cases of Lossless Terminated Lines Example

Lecture 14: Quarter Wave Transmission line

Lecture 15: Quarter Wave Transmission line Example

Lecture 16: Bounce Diagrams

Chapter 2: Smith Chart

Lecture 1: Introduction to Smith Chart

Lecture 2: Smith Chart Impedance example

Lecture 3: Reflection Coefficient Example

Lecture 4: Z to Y conversion

Lecture 5: Smith Chart and Transmission lines Example

Lecture 6: Smith Chart and Transmission lines ADS Simulation

Lecture 7: Quarter wave TL on smith chart

Chapter 3: Impedance Matching

Lecture 1: Impedance Matching Introduction

Lecture 2: Impedance Matching with Lumped components

Lecture 3: Complete version of Smith Chart

Lecture 4: Impedance Matching with Lumped components ADS Simulation

Lecture 5: Impedance Matching with Transmission lines – Single Stub Tuning

Lecture 6: Single Stub Tuning Example

Lecture 7: Single Stub Tuning Example ADS Simulation

Lecture 8: Matching with Quarter Wave TL Example

Lecture 9: Complex load to Complex Source Impedance Matching

Lecture 10: Complex to Complex Impedance Matching – ADS Simulation

Lecture 11: Wide Band Matching Constant Q lines on Smith Chart

Lecture 12: Wide Band Matching Circuit Design in ADS

Lecture 13: Wide Band Matching Circuit Design using Impedance Matching tool

Lecture 14: Wide Band Matching Using transmission lines

Chapter 4: Micro strip Lines and EM Simulation

Lecture 1: Micro strip Lines

Lecture 2: Micro strip Lines Calculation Example

Lecture 3: Defining Substrate in ADS

Lecture 4: Design of Matching circuit using Micro strips

Chapter 5: Layout Design and EM simulation

Lecture 1: Defining Substrat

Lecture 2: Simple Microstrip Simulation

Lecture 3: Alternative Way to define substrate

Lecture 4: How to make short stub ?

Instructors

Rahsoft RF Certificate – Orange County, California
Radio Frequency Engineering Certificate

Rating Distribution

1 stars: 7 votes
2 stars: 7 votes
3 stars: 83 votes
4 stars: 234 votes
5 stars: 313 votes

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