Channel Title: RF Design Basics Channel Description: Welcome to my channel. Here, you can find lectures and problem solving techniques of Basic Electrical and Electronics Engineering, Fundamental of Electrical Circuits, Network Theory, EM Theory, Transmission lines and waveguides, Antennas and wave propagation, Microwave Engineering, Microprocessor etc. I have also uploaded many videos on HFSS Tutorial and online teaching methodologies. I started posting videos from 2018. If you like my contents, please like, comment and share the videos and also subscribe the Channel. Join our channel to get more insight and doubt clarifications. Once joined, you may also ask queries through email at iexplainall@gmail.com. Visit my blog https://www.iexplainall.com for my notes. <video> Full Adder logic design with NOR gates only Description: In this video the implementation of full adder with nor gate is explained in detail. </video> <video> Exploring Root Locus Plots: Complex Poles and Multiple Pole Scenarios | Control System Analysis Description: Welcome to our latest video where we unravel the intricacies of root locus plots in control system analysis. Whether you're a student, an engineer, or a seasoned professional, understanding root locus plots is fundamental to designing stable and efficient control systems. In this video, we delve into two critical scenarios often encountered in control system design: complex poles and systems with more than three poles. We'll start by exploring the behavior of root locus plots when dealing with complex poles, unraveling how these plots reflect the system's dynamics and stability in the complex plane. Next, we'll tackle the challenge of analyzing root locus plots for systems with multiple poles, offering insights into how additional poles impact the system's stability and performance. Through clear explanations and illustrative examples, we'll guide you through the process of constructing root locus plots and interpreting their significance in system design. By the end of this video, you'll gain a deep understanding of: How complex poles influence the shape and behavior of root locus plots Techniques for analyzing root locus plots in systems with more than three poles Practical implications and applications of root locus plots in control system design and optimization Whether you're studying control theory, designing feedback systems, or troubleshooting existing control setups, this video will equip you with the knowledge and skills to confidently utilize root locus plots in your projects. Join us as we embark on this journey into the fascinating world of control system analysis through root locus plots. Don't forget to like, share, and subscribe for more insightful content on engineering and beyond! #ControlSystemAnalysis #RootLocusPlots #ComplexPoles #MultiplePoles #SystemStability #ControlTheory #EngineeringEducation #FeedbackSystems #SystemDesign #ControlSystemOptimization </video> <video> Full Adder introduction / logic circuit design / design of full adder with half adders Description: This video explains the full adder with detailed explanation of carry input and carry output. Logic circuit design of full adder using truth table and k-map is also covered. Design of full adder with two half adders is also explained. please watch full video for better understanding. </video> <video> Half subtractor and Full subtractor logic circuit || Design of full subtractor with half subtractors Description: In this lecture combinational logic circuits half subtractor and full subtractor are explained in detail with truth table, boolean expression using k-map and their logic circuit design. Design of full subtractor logic circuit using two half subtractor is also explained. </video> <video> Bode plot for stability analysis of control system and finding Gain and Phase Margin. Description: In this video, we delve into the powerful tool of Bode plots for stability analysis in control systems. Whether you're a student, an engineer, or a curious mind, understanding Bode plots is essential for grasping the stability and robustness of control systems. We'll start by exploring the basics of Bode plots, breaking down how they represent frequency response characteristics of a system. Then, we'll dive into the significance of gain and phase margin, crucial metrics in determining system stability. Through clear explanations and illustrative examples, you'll learn: How to interpret Bode plots to assess stability Calculating gain and phase margin from Bode plots The relationship between gain and phase margin and system stability Whether you're studying for exams, designing control systems, or simply curious about the inner workings of feedback loops, this video will equip you with the knowledge and skills to confidently navigate Bode plots and ensure stability in your systems. Join us on this journey into the fascinating world of control system stability analysis through Bode plots. Like, share, and subscribe for more insightful content on engineering and beyond! </video> <video> Root locus sketch with 3 poles and finding stability condition. Description: In this video, an example of the transfer function with 3 poles is taken and root locus is sketched. Also the condition for marginal stability is found. </video> <video> Half Adder design with NAND gates only Description: In this video the implementation of Half Adder with NAND gates is explained in detail. </video> <video> How to plot bode plot with and without time delay and calculate gain and phase margin Description: Unlock the secrets of Bode plots in this comprehensive tutorial. Learn to plot Bode diagrams with and without time delay, and discover how to calculate crucial parameters like gain and phase margins. Perfect for mastering control systems analysis! </video> <video> How to plot root locus to find out stability of the control systems? Step-by-step process Description: In this video, root locus of G(s) = K/(s(s+4)) is explained step-by-step. </video> <video> Example of block diagram reduction technique in control system Description: In this video, an example of block diagram reduction technique is explained. </video> <video> Full Adder logic design with NAND gates only Description: In this video the realisation of full adder with NAND gates is explained. Please watch the full video for better understanding. </video> <video> How to use scientific calculator to calculate gain and phase margin without plotting bode plot. Description: In this video, we demonstrate a handy trick to determine gain and phase margin using a scientific calculator without the need to plot a Bode plot. Gain and phase margins are crucial parameters in control systems design, indicating stability and performance. By following our step-by-step guide, you'll learn how to input transfer function coefficients into your scientific calculator and use its functions to directly calculate gain and phase margins. This time-saving method provides a practical alternative for engineers and students who need quick stability analysis without graphical plotting. Watch now and streamline your control system analysis process! </video> <video> Half Adder design with NOR gate only Description: In this video the realisation of Half Adder with NOR gate is explained in detail. </video> <video> Binary parallel adder/ 4 bit parallel adder logic circuit design with full adders Description: In this video design of binary parallel adder is explained using full adders. 4 bit parallel adder logic circuit design is also covered in detail with and example for better understanding. </video> <video> Calculating gain(K) for given gain or phase margin using calculator only without bode plot Description: In this video, we unveil a straightforward method for determining the required gain (K) to achieve specified gain and phase margins in a control system, all without the need for laborious Bode plot construction. By leveraging the capabilities of a scientific calculator, we'll walk you through a step-by-step process to swiftly compute the necessary gain, enabling you to optimize system stability and performance efficiently. Tune in and revolutionize your control system design approach today! </video>

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Welcome to my channel. Here, you can find lectures and problem solving techniques of Basic Electrical and Electronics Engineering, Fundamental of Electrical Circuits, Network Theory, EM Theory, Transmission lines and waveguides, Antennas and wave propagation, Microwave Engineering, Microprocessor etc. I have also uploaded many videos on HFSS Tutorial and online teaching methodologies. I started posting videos from 2018. If you like my contents, please like, comment and share the videos and also subscribe the Channel.

Join our channel to get more insight and doubt clarifications. Once joined, you may also ask queries through email at
iexplainall@gmail.com.

Visit my blog https://www.iexplainall.com for my notes.

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