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      Linear RF Power Amplifier (PA) Design Theory and Principles online course – RAHRF562

      Linear RF Power Amplifier (PA) Design Theory and Principles online course – RAHRF562

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    • Microwave Amplifier and Low Noise Amplifier (LNA) Design Theory and Principles online course – RAHRF526

    Microwave Amplifier and Low Noise Amplifier (LNA) Design Theory and Principles online course – RAHRF526

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    Rahsoft
    Radio Frequency Engineering, Technology
    $400.00 $300.00
    Buy Complete RF Certificate
    LNA-min1
    • Overview
    • Curriculum
    • Instructor

    Microwave Amplifier and Low Noise Amplifier (LNA) Design Theory and Principles (RAHRF526) is Rahsoft’s Core course towards Rahsoft Radio Frequency Engineering Certificate.

    This unique course concentrates on the practicality introduction through the LNA and Microwave Amplifier topics with tutorials ending with examples and Keysight’s Advanced Design System (ADS) simulation introductory.
    Please note the main software simulation of this course is in a separate course called Microwave Amplifier and Low Noise Amplifier (LNA) Simulation Lab (RAHRF526-L )

    In this course we would review what we have learned in Microwaves and then jump through Microwave Amplifier Design by discussing different topics such as Two port network , power gain and transducer power gain by providing examples both in calculation as well as simulation. We will then introduce Microwave Amplifier Model and discuss various characteristics such as Stability.We will then discuss Microwave Amplifier design by reviewing different aspects such as Max gain, design of its matching circuit, Constant-Gain Circles for specific gain and small signal Model.

    Upon completion of Microwave Amplifier we will then introduce LNA and discuss its characteristic and challenges such as Noise Figure and Noise Factor. Upon completion of this course you would have the enough knowledge to put what you have learned on LNA and Microwave Amplifier Design into practice in RAHRF526-L.

    6.1 A BRIEF REVIEW OVER MICROWAVES0/4
    6.1.1.0 Lumped Analysis vs. Distributed Analysis 
    6.1.2.0 Transmission Line summary 
    6.1.3.0 S-parameters Summary 
    6.1.4.0 Smith Chart 
    6.2 MICROWAVE AMPLIFIER DESIGN0/4
    Two Port Network and Power
    6.2.1.0 Two port network 
    6.2.2.1 Power Gain 
    6.2.2.2 Available Power Gain 
    6.2.2.3 Transducer power gain 
    6.2 MICROWAVE AMPLIFIER DESIGN0/7
    Power Formula
    6.2.3.1 Power Gain Formula 
    6.2.3.2 GA and GT Formula 
    6.2.3.3 Power Calculation Example 
    6.2.3.4 Power Calculation using ADS 
    6.2.3.5 Microwave Amplifier Model 
    6.2.3.6 Single Stage Transistor 
    6.2.3.7 Is always GT = |S21| ^ 2 
    6.2 MICROWAVE AMPLIFIER DESIGN0/3
    Stability
    6.2.4.1 Stability 
    6.2.4.2 Stability Example 
    6.2.4.3 Stability Example Using ADS 
    6.2 MICROWAVE AMPLIFIER DESIGN0/12
    Amplifier Design
    6.2.5.1 Design For Max Gain 
    6.2.5.2 Design For Max Gain Example 
    6.2.5.3 Design of Matching Circuit 
    6.2.5.4 Amplifier ADS simulation 
    6.2.5.5 Design Amplifier in ADS 
    6.2.5.6 Constant-Gain Circles and Design for Specific Gain 
    6.2.5.7 Constant-Gain Circles Example 
    6.2.5.8 Constant-Gain Circles Example using ADS 
    6.2.5.9 Design Amplifer for Specific Gain using ADS 
    6.2.6.1 Design Amplifier with Small signal model in ADS p1 
    6.2.6.2 Design Amplifier with Small signal model in ADS p2 
    6.2.6.3 Design Amplifier with Small signal model in ADS p3 
    6.3 LNA DESIGN0/5
    6.3 LNA Design
    6.3.1.1 Noise Figure and Noise Factor 
    6.3.1.2 Noise Figure for 2 port network 
    6.3.1.3 Circles of Constant Noise Figure 
    6.3.1.4 LNA Design Example 
    6.3.1.5 LNA Design Example using ADS 

     

     Course IDPrerequisites
    RF Fundamentals, Basic Concepts and Components RAHRF101None
    Introduction to Modulation in Communication Systems RAHRF152RAHRF101 or wave through help@rahsoft.com
    RF Microwave and Radio Frequency Transmission Theory RAHRF200RAHRF101 or wave through help@rahsoft.com
    RF Design Theory and PrinciplesRAHRF201RAHRF101, RAHRF200 or wave through help@rahsoft.com
    RF System Design of Receivers, Transmitters & Transceivers RAHRF409RAHRF101. RAHRF201,RAHRF152
    Introduction to RF Testing fundamentals and RF Test ArchitectureRAHRF412RAHRF101. RAHRF200,RAHRF201, RAHRF409
    Phase Lock Loop System Design Theory and PrinciplesRAHRF469RAHRF152,RAHRF209-L,RAHRF201 or wave through help@rahsoft.com
    Keysight Advanced Design System (ADS) Basics and ApplicationsRAHRF209LRAHRF101. RAHRF201,RAHRF409
    Microwave Amplifier and Low Noise Amplifier (LNA) Design Theory and PrinciplesRAHRF526RAHRF101, RAHRF152, RAHRF201, RAHRF409, RAHRF209-L
    Design and Simulation of Low Noise Amplifier RFIC (RAHRF527) LNA Design Lab Using Keysight ADSRAHRF527RAHRF101, RAHRF152, RAHRF201, RAHRF409, RAHRF209-L,RAHRF526
    Linear RF Power Amplifier (PA) Design Theory and Principles RAHRF562RAHRF101, RAHRF152, RAHRF201, RAHRF409, RAHRF209-L, RAHRF526, RAHRF527

    Course Features

    • Lectures 52
    • Quizzes 0
    • Duration 8 hours
    • Skill level Advanced Level
    • Language English
    • Students 277
    • Certificate Yes
    • Assessments Yes

    You have 899 weeks 6 days remaining for the course

    CoursesTechnologyMicrowave Amplifier and Low Noise Amplifier (LNA) Design Theory and Principles online course – RAHRF526
    • Introduction 0/2

      6.0 Introduction

      • Lecture1.1
        RAHRF526 Before We Start
      • Lecture1.2
        6.0.0.0 Introduction 03 min
      • Lecture1.3
        6.0.1.0 Promotional Video 02 min
    • 6.1 A brief review over microwaves 0/3

      • Lecture2.1
        6.1.1.0 Lumped Analysis vs. Distributed Analysis 12 min
      • Lecture2.2
        6.1.2.0 Transmission Line summary 17 min
      • Lecture2.3
        6.1.3.0 S-parameters Summary 13 min
      • Lecture2.4
        6.1.4.0 Smith Chart 12 min
    • 6.2 Microwave Amplifier Design 0/4

      Two Port Network and Power

      • Lecture3.1
        6.2.1.0 Two port network 08 min
      • Lecture3.2
        6.2.2.1 Power Gain 15 min
      • Lecture3.3
        6.2.2.2 Available Power Gain 08 min
      • Lecture3.4
        6.2.2.3 Transducer power gain 08 min
      • Lecture3.5
        6.2.2.4 Example – Calculate Pavs, PL and GT 10 min
    • 6.2 Microwave Amplifier Design 0/7

      Power Formula

      • Lecture4.1
        6.2.3.1 Power Gain Formula 14 min
      • Lecture4.2
        6.2.3.2 GA and GT Formula 08 min
      • Lecture4.3
        6.2.3.3 Power Calculation Example 06 min
      • Lecture4.4
        6.2.3.4 Power Calculation using ADS 12 min
      • Lecture4.5
        6.2.3.5 Microwave Amplifier Model 11 min
      • Lecture4.6
        6.2.3.6 Single Stage Transistor 21 min
      • Lecture4.7
        6.2.3.7 Is always GT = |S21| ^ 2 07 min
    • 6.2 Microwave Amplifier Design 0/3

      Stability

      • Lecture5.1
        6.2.4.1 Stability 18 min
      • Lecture5.2
        6.2.4.2 Stability Example 07 min
      • Lecture5.3
        6.2.4.3 Stability Example Using ADS 02 min
    • 6.2 Microwave Amplifier Design 0/10

      Amplifier Design

      • Lecture6.1
        6.2.5.1 Design For Max Gain 12 min
      • Lecture6.2
        6.2.5.2 Design For Max Gain Example 04 min
      • Lecture6.3
        6.2.5.3 Design of Matching Circuit 14 min
      • Lecture6.4
        6.2.5.4 Amplifier ADS simulation 07 min
      • Lecture6.5
        6.2.5.5 Design Amplifier in ADS 18 min
      • Lecture6.6
        6.2.5.6 Constant-Gain Circles and Design for Specific Gain 16 min
      • Lecture6.7
        6.2.5.7 Constant-Gain Circles Example 12 min
      • Lecture6.8
        6.2.5.8 Constant-Gain Circles Example using ADS 10 min
      • Lecture6.9
        6.2.5.9 Design Amplifer for Specific Gain using ADS 11 min
      • Lecture6.10
        6.2.6.1 Design Amplifier with Small signal model in ADS p1 07 min
      • Lecture6.11
        6.2.6.2 Design Amplifier with Small signal model in ADS p2 20 min
      • Lecture6.12
        6.2.6.3 Design Amplifier with Small signal model in ADS p3 15 min
    • 6.3 LNA Design 0/5

      6.3 LNA Design

      • Lecture7.1
        6.3.1.1 Noise Figure and Noise Factor 11 min
      • Lecture7.2
        6.3.1.2 Noise Figure for 2 port network 36 min
      • Lecture7.3
        6.3.1.3 Circles of Constant Noise Figure 16 min
      • Lecture7.4
        6.3.1.4 LNA Design Example 12 min
      • Lecture7.5
        6.3.1.5 LNA Design Example using ADS 12 min
    • 6.4 Design of LNA using microstrip tranmission lines 0/13

      • Lecture8.1
        6.4.1.1 Micro Strip Lines 07 min
      • Lecture8.2
        6.4.1.2 Micro Strip Lines Calculation Example 08 min
      • Lecture8.3
        6.4.1.3 Microwave Amplifier General Circuit 15 min
      • Lecture8.4
        6.4.1.4 RF Chock Implementation using microstrip lines 15 min
      • Lecture8.5
        6.4.2.1 Adding Transistor in ADS 11 min
      • Lecture8.6
        6.4.2.2 Defining Substrate in ADS 07 min
      • Lecture8.7
        6.4.2.3 Designing Radial Stub in ADS 06 min
      • Lecture8.8
        6.4.2.4 Chock implmentaion in ADS 12 min
      • Lecture8.9
        6.4.2.5 Degeneration Capacitors 17 min
      • Lecture8.10
        6.4.2.6 Finalizing bias network 10 min
      • Lecture8.11
        6.4.3.1 Max Gain, Nfmin and Stability 11 min
      • Lecture8.12
        6.4.3.2 Obtaining Zs and ZL 15 min
      • Lecture8.13
        6.4.3.3 Impedance Matching 16 min
    Admin bar avatar
    Rahsoft
    This Course is instructed by Ata Sarrafinezhad and the course adviser for this course is Ahsan Ghoncheh. For questions regarding taking the courses you can contact ahsan@rahsoft.com
    • Overview
    • Curriculum
    • Instructor
    $400.00 $300.00
    Buy Complete RF Certificate
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