practicalbuddy

About this Video:- Dive into the world of UART communication in my latest YouTube short video! 🌐 Witness the seamless transfer of character 'A' from laptop to controller, then back to the laptop for a captivating display. 🚀 Unlock the secrets of bidirectional UART and enhance your electronics skills. Join me on this educational journey—watch now! 💻 Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim

About this Video:- Explore the fascinating world of UART communication in my latest YouTube short video! 🚀 Watch as I seamlessly transfer characters (A, $, %) from my laptop to a controller, unveiling the magic of data exchange through UART. 📡💻 Witness the real-time action as these characters come to life on an LCD screen, showcasing the power and simplicity of this communication protocol. Whether you're a tech enthusiast or a beginner diving into the realm of electronics, this video breaks down UART communication in an engaging and informative manner. Tune in now to demystify the process and enhance your understanding of this essential technology! 🔗✨ Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim

🌐 Experience the excitement of the FIFA World Cup 2022 uniquely with our latest project! 🏆 Watch as we bring the thrill of the world's most prestigious football tournament to life on an LCD display using the powerful Atmega32 microcontroller. ⚽️ Dive into the world of DIY electronics and witness the magic of technology as we showcase the dynamic display of 'FIFA World Cup 2022' on our custom-built setup. 🎮 Join us on this tech journey where creativity meets sports fandom, and explore the intersection of innovation and passion. Don't miss the chance to witness the game come alive beyond the field! 📺 Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X

Dive into the world of mesmerizing LED magic with our latest YouTube short video! 🌟 Watch as we showcase the incredible capabilities of the ATmega32 controller on an 8x8 LED dot matrix, bringing the iconic character 'A' to life in a symphony of lights and pixels. 🅰️✨ In this short but impactful demonstration, we unravel the secrets behind the coding and wiring that make this visual spectacle possible. Whether you're a seasoned electronics enthusiast or a curious beginner, this video offers a glimpse into the fascinating intersection of technology and creativity. Courses:- https://www.udemy.com/user/practical-buddy-2/ 🔧 Key Features: ATmega32 Controller Brilliance 8x8 LED Dot Matrix Display Code Unveiling for 'A' Mesmerizing Light Show 🤖 Elevate your understanding of microcontroller-driven displays and learn how to create captivating visuals with just a few lines of code! 💻✨ Don't miss out—hit play and embark on a journey into the world of LED brilliance. 👍 If you enjoyed this video, don't forget to give it a thumbs up, subscribe for more electrifying content, and hit the notification bell to stay updated on our latest tech adventures! 💡

About this Video:- 🔍 Explore the World of Integrated Circuits: Learn Operational Amplifiers on LTSpice 📽️ Welcome to the introductory video for our upcoming Udemy course! 🚀 In this sneak peek, I dive into the fascinating realm of Integrated Circuits, specifically focusing on Operational Amplifiers using LTSpice and Thinkercad software. 🔧 What's Inside? 💡 Simulation Mastery: Watch as I demonstrate real-world simulations of various op-amp circuits, meticulously crafted on LTSpice and Thinkercad. From basic configurations to advanced applications, get ready to witness the power of practical learning. 📊 Frequency Response Analysis: Uncover the secrets behind frequency response! I've plotted comprehensive frequency response graphs to help you visualize and understand the behavior of op-amp circuits in different scenarios. 📈 Data-driven Learning: No learning experience is complete without diving into the datasheets. I guide you through the essentials, helping you interpret and apply information directly from datasheets, an invaluable skill for any aspiring electrical engineer. 🎓 Why Enroll in the Full Course on Udemy? 🌐 Comprehensive Curriculum: Our Udemy course is designed to take you from a beginner to an op-amp maestro. Learn at your own pace with hands-on exercises, quizzes, and real-world applications. 🛠️ Practical Application: Theory is important, but application is key. Gain confidence by working on practical examples and building a solid foundation in operational amplifier design and analysis. 🤝 Community Support: Join a thriving community of learners, where you can connect with fellow students, ask questions, and share your insights. Learning is a collaborative journey, and we're here to support each other. 🔗 Enroll Now on Udemy:- https://www.udemy.com/course/integrated-circuits-learn-operational-amplifiers-on-ltspice-analog/?referralCode=76EB43D0CC5BD4A27E40 Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X 🚀 Don't miss out on this opportunity to enhance your knowledge in Integrated Circuits! Hit play and let's embark on this educational journey together. 🎥 Subscribe, Like, and Share to stay updated on the latest lessons and content! #integratedcircuit #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim

About this Video:- Embark on an exhilarating voyage through the intersection of biomedical engineering and cutting-edge electronics with our course, "Heart Beat Monitoring using 8051 Controller." Here, we'll unveil the intricate art and science of crafting a Heart Beat Monitor, a pivotal instrument in the realm of modern healthcare. Join us as we unravel the mysteries that power this life-changing technology, and equip yourself with the skills to shape the future of healthcare. Course Link:- https://www.udemy.com/course/biomedical-project-heart-beat-monitor-using-8051-controller-healthcare/?referralCode=8E48C5E66514BE080BC1 @ Course Roadmap: Module 1: Understanding the Pulse-Working of Heartbeat Sensor (PPG Sensor) Discover the core principles of how a Pulse Rate sensor (PPG sensor) functions. Dive into the science behind measuring heartbeats, and explore the role of light in this process. Module 2: Mastering Time - Using 8051 as a Timer Learn the intricacies of the 8051 microcontroller and how to harness it as a timer. Understand the precise timing required for heartbeat monitoring. Module 3: Displaying Vital Data - Interfacing LCD to 8051 Controller Explore the world of Liquid Crystal Displays (LCDs) and how to connect them to the 8051 controller. Create a user-friendly interface for presenting heart rate data. Module 4: Coding Brilliance - C-Programming on KEIL Software Step into the world of C programming with KEIL Software. Write and implement the code necessary for processing and displaying heart rate information. Module 5: Bringing It All to Life - Circuit Simulation on PROTEUS Software Simulate the entire project on PROTEUS Software to visualize the system in action. Troubleshoot and refine your circuit before moving to real-world implementation. By the end of this course, you will have a deep understanding of biomedical technology, microcontroller programming, and the mechanics behind a Heart Beat Monitoring System. You will be ready to embark on your own projects and explore the limitless possibilities of electronics in the healthcare field. Join us on this educational journey, and let's explore the realm of biomedical electronics together. Enroll today and take the first step towards creating innovative and life-changing projects! Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim

About this Video:- Embark on an exhilarating voyage through the intersection of biomedical engineering and cutting-edge electronics with our course, "Heart Beat Monitoring using 8051 Controller." Here, we'll unveil the intricate art and science of crafting a Heart Beat Monitor, a pivotal instrument in the realm of modern healthcare. Join us as we unravel the mysteries that power this life-changing technology, and equip yourself with the skills to shape the future of healthcare. Course Link:- https://www.udemy.com/course/biomedical-project-heart-beat-monitor-using-8051-controller-healthcare/?referralCode=8E48C5E66514BE080BC1 @ Course Roadmap: Module 1: Understanding the Pulse-Working of Heartbeat Sensor (PPG Sensor) Discover the core principles of how a Pulse Rate sensor (PPG sensor) functions. Dive into the science behind measuring heartbeats, and explore the role of light in this process. Module 2: Mastering Time - Using 8051 as a Timer Learn the intricacies of the 8051 microcontroller and how to harness it as a timer. Understand the precise timing required for heartbeat monitoring. Module 3: Displaying Vital Data - Interfacing LCD to 8051 Controller Explore the world of Liquid Crystal Displays (LCDs) and how to connect them to the 8051 controller. Create a user-friendly interface for presenting heart rate data. Module 4: Coding Brilliance - C-Programming on KEIL Software Step into the world of C programming with KEIL Software. Write and implement the code necessary for processing and displaying heart rate information. Module 5: Bringing It All to Life - Circuit Simulation on PROTEUS Software Simulate the entire project on PROTEUS Software to visualize the system in action. Troubleshoot and refine your circuit before moving to real-world implementation. By the end of this course, you will have a deep understanding of biomedical technology, microcontroller programming, and the mechanics behind a Heart Beat Monitoring System. You will be ready to embark on your own projects and explore the limitless possibilities of electronics in the healthcare field. Join us on this educational journey, and let's explore the realm of biomedical electronics together. Enroll today and take the first step towards creating innovative and life-changing projects! Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim

In this informative video, we explore the JFET BFW10, a critical component in electronics. We'll guide you through the process of identifying its terminals with clarity and precision. Whether you're a beginner or an experienced electronics enthusiast, understanding the terminals of the JFET BFW10 is a fundamental skill. Join us as we break it down step by step, making this complex topic accessible to all. Don't miss out on this essential knowledge for your electronic projects!

In this video, you will be able to understand two things. 1) How to identify the type of Bipolar Junction Transistors with the help of a multimeter. 2) How to identify the Emitter, Base, and Collector terminals of Bipolar Junction Transistors with the help of a multimeter. Do you know that your smartphone has millions and billions of transistors but I'm damn sure you don't what is their significance or how they work? To take ECG from the heart, along with an electrode you will require signal conditioning circuits which will enhance the overall signal, In various low-end applications, you need to control the motor and this is generally done by transistors, To amplify the signal amplifier is required, In your smartphone, lots of logic gates are present that switch on and off very quickly to carry out certain tasks and all of these things are done by Transistor. Thus this course is highly recommended for Biomedical, Electrical, Electronics, Instrumentation, and Robotic engineering students. You will get the full description of the course below. Do Follow Me On:- Electronic courses:- udemy.com/user/practical-buddy-2 Youtube:- youtube.com/@practical-buddy Instagram:- instagram.com/practical_buddy Linkedin:- linkedin.com/in/swarit-mahalsekar-0a35181a0 Threads:- threads.net/@practical_buddy @ Roadmap:- 1) Importance of Transistor 2) Definition of Transistor 3) Types of Transistors 4) Understanding the basics of BJT transistors. 5) Types of BJT transistors 6) Why NPN is preferred over PNP 7) Why the area of the collector region is greater than the emitter region. 8) Characteristics of BJT 9) What is biasing and the need for biasing transistors. 10) Different biasing techniques of transistors 11) Stability factor 12) Numericals + Simulation of circuits on proteus software 13) BJT as a switch 14) BJT as an amplifier 15) 3-Mini projects @ Outcome:- 1) BJT circuits 2) 20+ Numericals 3) Simulation of circuits on proteus software 4) Three Mini projects simulated on proteus software 5) Free PDFs are available after each video session for revision purposes I hope you will surely enjoy my course.

Want to learn electronics from scratch, this is the perfect course to start. Analog Electronics is a branch of electronics that is derived from semiconductors and has wide applications in Electronics, Electrical Instrumentation, and Medical field, all of these fields are interrelated to each other. During pandemics, people used oximeters to check the oxygen level of blood. An oximeter is an electronic device that is a biomedical application. This is just a small example from my side to explain to you the importance of Analog electronics. Thus this course is suitable for Electronics, Biomedical, Robotics, Electrical, and Instrumentation engineering students as well. Below you will get the description of the course. To get a full course visit the link:- https://www.udemy.com/course/analog-circuit-design-part-1-all-about-diodes-capacitor/?referralCode=1FEC215622E9B30C15C4 In the previous course, we learned some basic concepts of semiconductors so, from this particular course, we will study analog electronics. Analog electronics is a combination of conductors and semiconductors. This is part 1 of analog electronics and in this course, we will study all the concepts of diodes and capacitors although capacitors don't come in semiconductors it is used in a lot of wave-shaping circuits and therefore we will be studying it in this course. @ Roadmap of the course:- 1) Revision of diodes (studied in course 2) 2) The behavior of the diode in reverse bias and in forward bias condition 3) Introduction to Electric circuit studio software (Available on mobile and on Desktop as well) 4) Diode characteristics and Shockley's equation 5) Modeling of diode 6) Working of diodes and diode circuits (Basic and challenging circuits) 7) Clipper Circuits (diode as full-wave and half-wave rectifier) 8) Tips and tricks to solve complex diode circuits 9) Capacitors and its uses in-circuit designing 10) Clamper circuits 12) Working of Zener diode and its uses in-circuit I planned to use Proteus software for this course but then changed my decision because Electric Circuit Studio Software is easy to use and absolutely made for beginners and most importantly it is available in mobile as well as in desktop version. So those who don't have good processors in their laptops to run software like Proteus or Multisim or those who want to learn and simulate circuits on mobile while they are traveling, they can also learn both of the things after enrolling in the course. I hope you will surely enjoy the course. @ Outcomes of this course:- 1) You will understand the working of the diodes and its real-life examples. 2) You will get acquainted with the working of the diode circuits. 3) You will learn how to simulate the circuits on the Electric circuit studio software. 4) You will understand wave shaping circuits and 5) Many more concepts which I'm not revealing here. So do join the course. I hope you will surely enjoy the course. Do Follow Me on:- Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0/ Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X

Want to learn electronics from scratch, this is the perfect course to start. Analog Electronics is a branch of electronics that is derived from semiconductors and has wide applications in Electronics, Electrical Instrumentation, and Medical fields, all of these fields are interrelated to each other. During pandemics, people used oximeters to check the oxygen level of blood. An oximeter is an electronic device that is a biomedical application. This is just a small example from my side to explain to you the importance of Analog electronics. Thus this course is suitable for Electronics, Biomedical, Robotics, Electrical, and Instrumentation engineering students as well. Below you will get the description of the course. To get a full course visit the link:- https://www.udemy.com/course/analog-circuit-design-part-1-all-about-diodes-capacitor/?referralCode=1FEC215622E9B30C15C4 In the previous course, we learned some basic concepts of semiconductors so, from this particular course, we will study analog electronics. Analog electronics is a combination of conductors and semiconductors. This is part 1 of analog electronics and in this course, we will study all the concepts of diodes and capacitors although capacitors don't come in semiconductors it is used in a lot of wave-shaping circuits and therefore we will be studying it in this course. @ Roadmap of the course:- 1) Revision of diodes (studied in course 2) 2) The behavior of the diode in reverse bias and in forward bias condition 3) Introduction to Electric circuit studio software (Available on mobile and on Desktop as well) 4) Diode characteristics and Shockley's equation 5) Modeling of diode 6) Working of diodes and diode circuits (Basic and challenging circuits) 7) Clipper Circuits (diode as full-wave and half-wave rectifier) 8) Tips and tricks to solve complex diode circuits 9) Capacitors and its uses in-circuit designing 10) Clamper circuits 11) Working of Zener diode and its uses in-circuit I planned to use Proteus software for this course but then changed my decision because Electric Circuit Studio Software is easy to use and absolutely made for beginners and most importantly it is available in mobile as well as in desktop version. So those who don't have good processors in their laptops to run software like Proteus or Multisim or those who want to learn and simulate circuits on mobile while they are traveling, they can also learn both of the things after enrolling in the course. I hope you will surely enjoy the course. @ Outcomes of this course:- 1) You will understand the working of the diodes and its real-life examples. 2) You will get acquainted with the working of the diode circuits. 3) You will learn how to simulate the circuits on the Electric circuit studio software. 4) You will understand wave shaping circuits and 5) Many more concepts which I'm not revealing here. So do join the course. I hope you will surely enjoy the course. Do Follow Me on:- Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0/ Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X

"Unveil the Secrets of Semiconductors in Our Comprehensive Course! 💡 If you're intrigued by electronics, you're in the right place. Our semiconductor course on Udemy is your gateway to understanding the foundation of electronic devices. Course Link:- https://www.udemy.com/course/semiconductors-vlsi/?referralCode=DD9CF93408E538F125D9 🔌 Prerequisites: 1) A basic grasp of current electricity 2) Some chemistry knowledge 3) Familiarity with conductors 🚀 What You'll Learn: 1) Semiconductors from Scratch 2) Conductors vs. Semiconductors vs. Insulators 3) Energy Band Diagrams for Sodium and Silicon 4) Valence and Conduction Bands 5) The Forbidden Energy Gap 6) Intrinsic and Extrinsic Semiconductors 7) Dive into the Internal Workings of P-N Junction Diodes (with Applications) 🗺️ Roadmap: 1) Introduction to Semiconductors 2) Understanding Different Material Types 3) Energy Bands of Sodium and Silicon 4) Valence and Conduction Bands 5) The Forbidden Energy Gap 6) Types of Semiconductors 7) Exploring P-N Junction Diodes 🎯 Course Outcome: This course is the stepping stone to our electronic series. It's Course 2, paving the way for diode circuits, BJT, and FET circuits. If you're eyeing a future in VLSI, this course is tailored for you. Unlock the power of semiconductors and discover the endless possibilities they offer. Enroll now to embark on a journey of electronic mastery!" Do Follow Me on:- Threads:- https://www.threads.net/@practical_buddy Youtube:- https://www.youtube.com/@practical-buddy Instagram:- https://www.instagram.com/practical_buddy/ Linkedin:- https://www.linkedin.com/in/swarit-mahalsekar-0a35181a0 Quora:- https://www.quora.com/profile/Swarit-Mahalsekar?ch=10&share=16366b45&srid=CXM8X #conductor #semiconductordevices #transistordatasheet #datasheet #mosfet #mosfetdatasheet #shorts #ytshorts #proteus #proteus8 #analogelectronics #electronics #electronicengineering #electricalengineering #digitalelectronics #amplifiers #integratedcircuits #integratedcircuit #multisim #analog #transistors #bjt #diyprojects #jfet #transistors #fets #transistor #datasheet #transistoramplifier #transistorbiasing #bjt #digitalelectronics #bjt #analog #instrumentationengineering #sensors #circuitdesign #circuit #jfet #transistor #analogelectronics #electronics #fets #multisim