Electronics-ed

About the Video Introduction to Communication System. By the end of this video, you have a clear concept of communication system. In engineering terminology, communication refers to the process of sending, receiving, and processing information through electrical means. In a broader sense, communication is the process of establishing a link or connection between two points for the exchange of information. Humans have used various ways to communicate with each other since ancient times. Before the nineteenth century, methods used for sending messages over distant points involved smoke signals, fire signals, light beams, carrier pigeons, and more. These modes of communication were inefficient and unreliable. The demand for faster and more efficient long-distance communication increased with the spread of civilization across geographical barriers. Long-distance communication began with the successful transmission of the first telegraphic message by Samuel Finley Breese Morse. This invention marked the beginning of the era of electrical communication. Morse used electromagnetic induction to transfer information in the form of dots, dashes, and spaces between a simple transmitter and receiver using a transmission line consisting of a metallic wire. Today, electrical communication has become an integral part of our lives. Typical examples of communication systems include line telephony and telegraphy, radio telephony and broadcasting, point-to-point communication, mobile communication, computer and radar communication, TV broadcasting, radio telemetry, radio aids to navigation, radio aids to aircraft landing, Bluetooth technology, networking, the internet, and many more. ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225 #dsp #communicationsystems #signals #signalsandsyatems

About the Video Hi, thanks for watching our video about if you're looking for new ways to display messages then this hologram orbiter might surprise you it consists of two LED units that rotate at a very high speed to create a persistence of vision effect due to this a visual image of the object appears in space which could be viewed from any direction all this is possible due to a motor and a commutator unit placed at the center that makes around 24 hundered revolutions per minute with this you can display pixel animations pictures texts numbers and much more. ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225

About the Video Hi, thanks for watching our video about ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225

About the Video What should an ECE student do in the 2nd year? ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225

About the Video Welcome to our comprehensive overview of the Raspberry Pi 5! 🍓 In this video, we'll dive into what the Raspberry Pi 5 is all about and explore its exciting features. 🔍 What is Raspberry Pi 5? Raspberry Pi 5 is the latest iteration of the iconic single-board computer series. It's a versatile and affordable computing platform that can be used for a wide range of projects, from DIY electronics to educational endeavors and beyond. 🌟 Features of Raspberry Pi 5 We'll take a close look at the impressive features that make the Raspberry Pi 5 stand out. From its enhanced processing power and improved graphics capabilities to expanded connectivity options and more, you'll discover how this tiny but mighty computer can empower your creative ideas. Whether you're a seasoned Raspberry Pi enthusiast or completely new to the world of single-board computing, this video has something for everyone. Join us as we unpack the Raspberry Pi 5's potential and show you why it's generating so much excitement in the tech community. Don't forget to like, subscribe, and hit that notification bell to stay updated on all things Raspberry Pi 5. Let's embark on this exciting journey together and unlock the possibilities of the Raspberry Pi 5! 🚀🔌🧩 ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225

About the Video Hi, thanks for watching our video about RC High pass or Differentiator circuit simulation in Proteus. ABOUT OUR CHANNEL : Welcome to Electronics-Ed, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Electronics-Ed and happy learning! Check out our channel here: https://www.youtube.com/@Electronics-Ed Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225

Today in this Video In this video we are going to see about Drift and Diffusion Current in Semiconductors. This is the topic of the Electronic devices and circuits. Thank you... ----------------------------------------------------------------------------------- Check our Playlists: Clippers: https://bit.ly/329ZVla Rectifiers: https://bit.ly/3iSsMQN Biased Clippers: https://bit.ly/3iVwysI Clampers: https://bit.ly/3fnlWAK Multivibrators: https://bit.ly/3fr8z2o ------------------------------------------------------------------------------------ Hi there! New to Circuit Switch? If so, here's what you need to know -- I like to design and simulate the electronic Circuits a LOT, so I use this channel to explore the simulation and their output using powerful simulation software like Multisim From national instruments and to help you Clarify the doubts on my video. Where else you can find me: FACEBOOK:https://bit.ly/2VIy72t YOUTUBE CHANNEL:https://bit.ly/2V6zSpP Join our growing community for new videos every Tuesday and Friday! BUSINESS INQUIRIES Please contact at prakprak2002@gmail.com Music in this video: "Music: www.bensound.com" or "Royalty Free Music from Bensound" Images Source: Wikipedia

Today in this Video We will Discuss about What Is Clamp Meter | Working Principle | Construction | Interactive Video 2020. The construction of the video is an interactive video. Objective: !) Seeing this video you will be able to know what is a clamp meter. 2) How to use Clamp Meter. 3) Construction of the Clamp Meter. 4) What is TONG TESTER? 5) What is ampere meter, current meter, voltage meter, multimeter, and more? If You like this video then it is worthy of a Subscribe and also a share with your friends and if you want to support me then like our video. Thank you... ----------------------------------------------------------------------------------- Check our Playlists: Clippers: https://bit.ly/329ZVla Rectifiers: https://bit.ly/3iSsMQN Biased Clippers: https://bit.ly/3iVwysI Clampers: https://bit.ly/3fnlWAK Multivibrators: https://bit.ly/3fr8z2o ------------------------------------------------------------------------------------ Hi there! New to Circuit Switch? If so, here's what you need to know -- I like to design and simulate the electronic Circuits a LOT, so I use this channel to explore the simulation and their output using powerful simulation software like Multisim From national instruments and to help you Clarify the doubts on my video. Where else you can find me: FACEBOOK:https://bit.ly/2VIy72t YOUTUBE CHANNEL:https://bit.ly/2V6zSpP Join our growing community for new videos every Tuesday and Friday! BUSINESS INQUIRIES Please contact at prakprak2002@gmail.com Music in this video: "Music: www.bensound.com" or "Royalty Free Music from Bensound" what is #clamp meter | working principle | construction | interactive video

About the Video Why do we need IoT? Well, there are many reasons, and one of them is for healthcare. For example, if you have a patient at home who requires life support, IoT can help. With sensors like ECG sensors, pulse oximetry sensors, and blood pressure sensors, the cloud can monitor the patient's vital signs. If there is any critical value detected, the system can immediately send the data to the hospital and arrange for an ambulance to transport the patient. This not only reduces the effort of the caretaker but also provides more data to the doctor, allowing them to start the treatment immediately with a precise understanding of the patient's condition. IoT can also be applied to everyday appliances, such as a smart fridge. The camera in the fridge can monitor the contents and identify which items are running low or out of stock. It can then place an order with the vendor automatically, saving time and effort for the homeowner. These are just a few examples of how IoT can improve our lives by making them more efficient and convenient. ABOUT OUR CHANNEL : Welcome to Circuit Crafters, your go-to source for all things related to electronics, circuits, simulations and hardware. Our channel features tutorials on circuit building, design, troubleshooting, simulation, hardware and IoT. We provide engaging and easy to understand content for enthusiasts and professionals. Our channel features a wide range of content, including step-by-step tutorial videos on circuit building, circuit design, and circuit troubleshooting. We believe that learning should be fun and interactive, so we strive to make our videos engaging and easy to understand. Don't forget to subscribe to our channel to stay up-to-date on the latest electronics trends, tutorials, and more. And if you have any suggestions for future videos, feel free to leave a comment or send us a message. We're always open to feedback and suggestions to improve our channel. Thank you for visiting Circuit Crafters and happy learning! Check out our channel here: https://www.youtube.com/@circuitcrafters Don’t forget to subscribe! -------------------------------------------------- OTHER RECOMMENDED VIDEOS : https://youtu.be/QP4Glsykg4w https://youtu.be/0jwC_m6S6Nk https://youtu.be/Hyp1teC0wNQ -------------------------------------------------- GET IN TOUCH : Contact us on quuoteyt@gmail.com -------------------------------------------------- FOLLOW US ON SOCIAL : Get updates or reach out to Get updates on our Social Media Profiles! Facebook: https://facebook.com/circuitswitch Instagram: https://instagram.com/circuit_switch_225