RF Basics and Components - Radio Frequency for Engineers

All you wanted to know about Radio frequency - RF Basics and RF Components by Industry experts in wireless communication

3.45 (154 reviews)
Udemy
platform
English
language
Engineering
category
instructor
RF Basics and Components - Radio Frequency for Engineers
2,055
students
1.5 hours
content
Sep 2019
last update
$44.99
regular price

What you will learn

Learn RF Basics

Expertise in RF Components

Understand RF Engineering

Master the important concepts of Radio frequency

Why take this course?

Radio frequency (RF) refers to the rate of oscillation of electromagnetic radio waves in the range of 3 kHz to 300 GHz, as well as the alternating currents carrying the radio signals. In simpler terms a radio wave is an electromagnetic wave propagated by an antenna which is used for communication.

This RF Engineering course covers in detail

RF Basics - Transmitters and Receivers, Analog Signals, Frequency, Digital Signals
RF Behaviour - Loss and Gain, Insertion Loss, Skin Effect, Free Space Loss, Reflection
Basic System Components Part I - Transmitters and Receivers, Antennas
Basic System Components Part II - Amplifiers, Fundamental Properties of an Amplifier, Special Amplifiers, Filters, Special Filters, Mixers, Sources
Circuits and Signals - Semiconductors, Diodes and Transistors, Integrated Circuits (MMIC)
Circuit Technologies - Lumped and Distributed Circuits, Discrete, Hybrid, and MMIC Circuit Technology, Subassemblies, Cavities
Modulation - Introduction, Types of Modulation, Modulators and Demodulators
Other Components Part I - RF Adapters, ADC, Attenuators, Capacitors
Other Components Part II - Charging and Discharging of Capacitors, Stray Capacitance, Capacitors in Parallel, Capacitors in Series, Alternating Current in a Capacitor, Capacitive Reactance, Quality Factor
Other Components Part III - RF Chokes, RF Circulators, RF Connectors, RF Couplers
Other Components Part IV - Crystal Oscillators, DC Blocks, RF Delay Lines, RF Detectors, RF Diplexer
Other Components Part V - Frequency Doublers, RF Front End Modules, Hybrid Couplers, Impedance Matching Pads, RF Inductors, RF Isolators, RF Limiters, RF Mixers, Frequency Multipliers
Other Components Part VI - Phase Shifters, Power Dividers, RF Switch, RF Terminations, RF Transistors, VCO, Wireless Charging Receiver IC, Wireless Charging Transmitter IC
RF Filters - Introduction, Passive Filters, Active Filters, Key Parameters to Describe Filter Response

Screenshots

RF Basics and Components - Radio Frequency for Engineers - Screenshot_01RF Basics and Components - Radio Frequency for Engineers - Screenshot_02RF Basics and Components - Radio Frequency for Engineers - Screenshot_03RF Basics and Components - Radio Frequency for Engineers - Screenshot_04

Our review

--- **Overall Course Review** The course under review has garnered a global rating of 3.45, with recent reviews presenting a mixed bag of opinions. The majority of the feedback points to issues with the delivery method and the course's interactivity, while acknowledging that some of the content is valuable for beginners or those with a foundation in RF (Radio Frequency) engineering. **Pros:** - **Content Value for Beginners:** Some users found the course to be a good starting point for complete beginners in RF, with well-summarized information. - **Specialized Information:** A few users reported that they learned some pieces they were lacking, even with experience in RF, and one user specifically mentioned the usefulness of the information on phase shifters for 5G applications. - **Good Pace for Topic Coverage:** The information was broken down into nice time sections, which made the delivery of information clear and straightforward. - **Comprehensive Slide Set:** The slide set was described as containing a good chunk of information, and some users appreciated the variety of components covered in the slides. **Cons:** - **Lack of Interactivity:** Many users expressed disappointment with the lack of interaction within the course, suggesting that learning could be achieved by simply reading the slides. - **Monotone Lecture Delivery:** Several users noted that the instructor was reading from the slides, leading to a monotone delivery that made it difficult to understand concepts and follow along. - **Need for Practical Examples:** Some users recommended including more practical examples, such as how different components can be used together in systems (e.g., an RF transmitter made from VCO & SAW filter) and more detailed information on antenna characteristics like VSWR. - **Unclear Speech:** A few users pointed out that the instructor spoke very fast, in a robotic voice, and needed to replay sections multiple times to understand content that could be found on Wikipedia or other resources, indicating little original effort or deep explanation from the instructor. - **Poor Audio Quality and Presentation Style:** Some feedback highlighted the poor audio quality and the instructor's inability to elaborate on subjects when off script, suggesting a lack of knowledge or preparedness for certain topics. **Additional Recommendations:** - **Improved Visual Aids:** Users suggested that the course would benefit from more diagrams, graphs, and real-time visual re-enforcements to illustrate concepts being discussed. - **More Advanced Content:** Some users expressed a desire for more advanced topics to be covered, indicating that the course might not cater to more experienced professionals. --- **Summary:** The course has been deemed useful by some for beginners in RF engineering, but it falls short in terms of interactivity and practical application examples. The delivery is primarily through a monotone reading of slides, which makes it challenging for learners to engage with the material. To enhance the learning experience, improvements in lecture delivery, inclusion of practical examples, advanced content, and visual aids are recommended. The course's effectiveness could be significantly increased with these changes.

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Related Topics

2527534
udemy ID
8/26/2019
course created date
9/12/2019
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