AC Electronics – Basics of Resonant Circuits
AC Electronics – Basics of Resonant Circuits, available at $44.99, has an average rating of 4.33, with 26 lectures, based on 3 reviews, and has 51 subscribers.
You will learn about How to calculate impedance, reactance and resonant frequency in series LC circuits How to calculate impedance, reactance and resonant frequency in parallel LC circuits How to draw general resonance curve of RCL circuits This course is ideal for individuals who are Anybody wanting to have the necessary theory and practical understanding about resonant circuits It is particularly useful for Anybody wanting to have the necessary theory and practical understanding about resonant circuits.
Enroll now: AC Electronics – Basics of Resonant Circuits
Summary
Title: AC Electronics – Basics of Resonant Circuits
Price: $44.99
Average Rating: 4.33
Number of Lectures: 26
Number of Published Lectures: 26
Number of Curriculum Items: 26
Number of Published Curriculum Objects: 26
Original Price: $39.99
Quality Status: approved
Status: Live
What You Will Learn
- How to calculate impedance, reactance and resonant frequency in series LC circuits
- How to calculate impedance, reactance and resonant frequency in parallel LC circuits
- How to draw general resonance curve of RCL circuits
Who Should Attend
- Anybody wanting to have the necessary theory and practical understanding about resonant circuits
Target Audiences
- Anybody wanting to have the necessary theory and practical understanding about resonant circuits
The course used as an individual module will provide you with the following:
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Calculation and Understanding Reactance, Impedance and Resonance in Series RCL Circuits
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Calculation and Understanding Reactance, Impedance and Resonance in Parallel RCL Circuits
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Calculation and Understanding Bandwidth and Quality Factor in Parallel and Series RCL Circuits
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Drawing the General Resonance Curve of RCL Circuits
The course used in conjunction with all the accompanying courses in the series coming before and after it (see the series on greatitcourses website – the same name with com in the end) will enable you to have a solid and practical understanding of AC and DC electronics and to be able to design fairly advanced electronics circuits consisting of transistors, resistors, capacitors, diodes, inductors, having AC or DC power sources. Those circuits could be amplifiers, filters, power supply systems, etc. You would also be able to do all the necessary calculations related to such circuits yourself.
One important characteristic of this course is that it allows you to avoid the unnecessary theory that would never be used practically in electronics while including all the practical important theory, thereby saving you a lot of time in the process.
The main characteristics of this series are as follows:
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The series omits all the theory that you are not going to use in your work anyway, assuming that you don’t want to do anything very complicated in electronics, for example design a full-fledged frequency counter, but you still want to be able to design and build fairly complicated circuits like amplifiers, filters, etc.
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You will be able to do all the necessary calculations related to your own designs.
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You will have all the practical skills to work with different pieces of test equipment like oscilloscopes, signal generators, etc.
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You will be provided with useful end of course exercises that will solidify your learning.
In short, the series will teach you the tricks of the trade. It will teach you practical electronics in a relatively short amount of time.
To course code for this course is “23”. You can use the code to refer to this course in your communication with us.
Course Curriculum
Chapter 1: Introduction
Lecture 1: Instructor Introduction
Lecture 2: Course Introduction
Lecture 3: Copyright
Chapter 2: Capacitors and Inductors in Series
Lecture 1: Reactance and Impedance in Series RCL Circuits
Lecture 2: Reactance and Impedance in Series RCL Circuits – Examples
Lecture 3: Resonance and Resonant Frequency Formula Derivation
Lecture 4: Resonant Frequency Calculation – Example
Lecture 5: Band-pass and Band-reject Filter
Chapter 3: Capacitors and Inductors in Parallel
Lecture 1: Parallel LC Circuits – Quality Factor and Resonant Frequency
Lecture 2: Parallel LC Circuits – Impedance at Resonance
Lecture 3: Parallel LC Circuits – Voltage Dividers
Lecture 4: Parallel Resonant Frequency – Example
Chapter 4: Band-pass and Band-reject Filters General Characteristics
Lecture 1: General Characteristics of Band-pass and Band-reject Filters
Chapter 5: Capacitors and Inductors in Series and Parallel: Quality Factor and Bandwidth
Lecture 1: Bandwidth of a Band-pass or Band-reject Filter
Lecture 2: Calculating Resonant Frequency, Quality Factor, Bandwidth Series RCL Circuit
Lecture 3: Calculating Resonant Frequency, Quality Factor, Bandwidth Series RCL Circuit
Lecture 4: Calculating Resonant Frequency, Quality Factor, Bandwidth Series RCL Circuit
Lecture 5: Calculating Resonant Frequency, Quality Factor, Bandwidth Parallel RCL Circuit
Chapter 6: General Resonance Curve
Lecture 1: Drawing General Resonance Curve for Filter Circuits
Lecture 2: RCL Circuits – fr, Q, BW, General Resonance Curve
Lecture 3: RCL Circuits – fr, Q, BW, General Resonance Curve
Chapter 7: End-of-Course Exercises
Lecture 1: Exercise 1
Lecture 2: Exercise 2
Lecture 3: Exercise 4
Lecture 4: Exercise 5
Lecture 5: Exercise 6
Instructors
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Great IT Courses
Mathematics
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- 3 stars: 1 votes
- 4 stars: 0 votes
- 5 stars: 2 votes
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