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Electronics Savvy
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Добавлен 30 май 2022
Welcome to Electronics Savvy, the world of electronics, where circuits come to life and designs take shape! Join us on our journey as we delve into the exciting world of circuit design, simulation, and PCB layout. From beginner to expert, our videos are designed to inspire and educate, helping you unleash your inner inventor.
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So why wait? Subscribe now and let's build something amazing together!
Boost (Step-Up) Regulator Design with Altium Designer: Best Practices and Tips - Part 1
Are you looking to design a step-up regulator for your next project?
In this 2-part tutorial, we'll walk you through the complete design of a 5W miniature boost (step-up) converter that takes input from a coin battery or micro USB-B and outputs 12V featuring LTC3122, a monolithic synchronous switcher.
Part 1 focuses on the schematic design, including diode ORing as well as overvoltage and overcurrent protection, while Part 2 dives into the compact layout-small enough to match the size of a 3V coin battery. Perfect for engineers and hobbyists looking to create efficient, portable power solutions.
Whether you're a seasoned engineer or just getting started in the field, this video is packed ...
In this 2-part tutorial, we'll walk you through the complete design of a 5W miniature boost (step-up) converter that takes input from a coin battery or micro USB-B and outputs 12V featuring LTC3122, a monolithic synchronous switcher.
Part 1 focuses on the schematic design, including diode ORing as well as overvoltage and overcurrent protection, while Part 2 dives into the compact layout-small enough to match the size of a 3V coin battery. Perfect for engineers and hobbyists looking to create efficient, portable power solutions.
Whether you're a seasoned engineer or just getting started in the field, this video is packed ...
Просмотров: 221
Видео
IoT Sensor Board Complete Layout Design Guide - Part #3
Просмотров 54310 месяцев назад
Embark on the final leg of our design journey in this comprehensive guide to Temperature and Humidity Sensor Boards! In this last installment of our 3-video series, I dive into the heart of the process-meticulously laying out the printed circuit board in Altium Designer. Follow along as I guide you through each step, adhering to industry-standard design guidelines. Elevate your skills and maste...
IoT Sensor Board Complete Schematic Design Guide - Part #2
Просмотров 18410 месяцев назад
Continue with me the design journey we started in Part #1 of this comprehensive guide to Temperature and Humidity Sensor Boards! In this part, we'll dive into schematic development and analysis. Watch as I demonstrate step-by-step schematic capture in Altium Designer, following industry-standard design guidelines. Elevate your skills and create reliable sensor boards with this concise, informat...
IoT Sensor Board Complete Design Guide - Block Diagram & Schematic Design - Part #1
Просмотров 35510 месяцев назад
Embark on a design journey with me in this comprehensive guide to Temperature and Humidity Sensor Boards! From understanding building blocks to crafting an effective block diagram, we'll dive into end-to-end development. Watch as I demonstrate step-by-step schematic capture in Altium Designer, following industry-standard design guidelines. Elevate your skills and create reliable sensor boards w...
Master LTspice like a Pro: Unleash Circuit Simulation Magic with Our Step-by-Step Tutorial
Просмотров 433Год назад
In this exciting tutorial, as part of our newly released video series, we delve into the world of LTspice and unlock its incredible circuit simulation capabilities! Whether you're a beginner or looking to enhance your skills, join us as we guide you through the basics of LTspice, step by step. We'll walk you through building a sample circuit, explaining key features, and demonstrating how to an...
Switching Regulator Design with Altium Designer: Best Practices and Tips
Просмотров 3,4 тыс.Год назад
Are you looking to design a switching regulator for your next project? Our latest video will teach you how to lay out and route a switching regulator using Altium Designer. We'll cover everything from component selection for the most cost-effective and efficient design, to best practices, tips, and guidelines for minimizing noise and cross-talk. You'll also learn how to design for EMC, and how ...
DC-DC Buck Converter Circuit LTSpice Simulation Complete Tutorial
Просмотров 2,1 тыс.2 года назад
This video provides a complete tutorial on simulating switching voltage regulators using LTSpice. The specific part used in this video is LT8631 from Analog Devices. You can find the datasheet here: www.analog.com/en/products/lt8631.html The circuit in the video is a 5V 1A dc-dc converter designed to step down the voltage while stepping up the current, hence conserving the power. Here are the c...
DC-DC Step-Down (BUCK) Converter - Complete Circuit Design and Analysis Tutorial - #4
Просмотров 8832 года назад
WATCH THIS VIDEO TO ACE YOUR EE/HW INTERVIEWS ON BUCK CONVERTERS We provide a complete tutorial on linear and switching voltage regulators and explain everything you need to know about the buck converter circuit. The circuit in the video is a dc-dc converter designed to step down the voltage while stepping up the current, hence conserving the power. Here are the chapters for easier navigation: ...
Altium Designer PCB Design Full Tutorial - Constant Current LED Driver Board - Ep#3
Просмотров 1,1 тыс.2 года назад
Delve into the exciting world of PCB design with our latest RUclips video! Discover the step-by-step process for designing a discrete transistor-based constant current LED driver using Altium Designer. This is the perfect opportunity to put your knowledge into practice, building on what you learned in Episodes 1 and 2. Watch as we guide you through each stage of the process, from creating a sch...
Simulate Constant Current LED Driver - LTspice (Episode 2)
Просмотров 3,6 тыс.2 года назад
In this video, I walk you through every steps in simulating the constant current LED driver circuit that we designed in Episode 1 (ruclips.net/video/ZyB2t1yfg4s/видео.html) using LTspice. By the end of this video, you should be able to better understand and simulate most of simple LED driver circuits for commercial or industrial applications.
Design Constant Current LED Driver Circuit - Episode 1 (Back of Napkin Calculations)
Просмотров 3,9 тыс.2 года назад
In this video, I walk you through the first steps in designing a constant current LED driver for any commercial or industrial applications. By the end of this video you should be able to analyze and design a basic LED driver circuit using simple passive components. Don't forget to drop a like, leave comment and subscribe if you enjoy this kind of content. This will help the channel significantl...
how much can you bench?
I can't afford gym. like and subscribe! <3
How many layers for the pcb design ?
4 layer stackup - minimum layer count for any switching regulator (for the best EMI performance)
est il applicable a 14 led rgb ?
😌 Promo*SM
I appreciate the fantastic content in the three videos! I'm curious about the copper outline with vias on the PCB. What is the proper term for this specific outline?
Hey @williamblake47, the exposed conductive copper outline you are referring to is described in TWO main ways; 1. "ESD/EMI Ring" -> protects the board against accidental shorts or ESD events. The ring achieves this by providing a low impedance path for the static charges (and high frequency electromagnetic (EM) components ) to the board's return/GND. Plated through hole vias allow the exposed traces on the perimeter of the PCB - aka ESD RING - to be connected together on both sides of the board. The same conductive ring can also be used to accept electromagnetic interference (EMI) gaskets/shields as part of the mechanical assembly (heatsink + mechanical enclosure). As such, any high frequency element will be shorted to the board's GND plane via EMI gasket. This is the main reason for using the copper outline on this sensor board. 2. "Via Fence" -> eliminates radially propagated energy from the edge of a board by shielding sensitive RF electronics from high frequency interferences on or off the board. Depending on the frequencies of which the designer chooses to shield the board from, certain details such as the via-via clearance can be calculated. This article gives a good explanation on this -> www.edn.com/via-spacing-on-high-performance-pcbs/. There are no RF components on this sensor board so this functionality is rather secondary. As you can probably tell, the conductive copper outline serves a dual purpose interchangeably so it is a good practice to add this feature to your next PCB. Hope this helped.
@@electronicssavvy Thank you. I found a probably more common name for it: Edge plating. Just an FYI in case anyone is looking for it.
@@BentFunction true! Thanks for the note. I heard of the term “edge plating” to be generally used for edge fingers on the DRAM cards but the same concept applies.
Hi, could you make a video about esc and if possible doing a project about it where you use an ir2103s ?
Noted. Added to the list.
Thank you very much!@@electronicssavvy
The tutorial is great. Can you give me the layout file to study? Thank you
Thanks for your comment. I'm making a website that includes all the design files with details but in the meantime, I can email you the files to study.
Can you give me link to that website...thanks
Good video! Nice and straight forward and well presented. Thanks! Ow and an extra +1 for taking the time to make chapters ;)
Could you please make video on SEPIC Converter
its on the list 🤙
Really great explanation. I work for a high tech company have have been on many PMIC design teams
Appreciate the kind words
Content is great. Need to work on microphone setup.
Thanks for the feedback. Stay tuned for the next vid
Good video and series ❤️ Please we want designing Switch mode power supply 10A or more🎉💃🏻
Great tutorial! Thank you!
WOW Great! It is a pleasure to meet you!
Likewise bro!
Wait where's the spice?
I have designed a controller using arduino, I'm looking for a way whereby I could import the arduino schematic and all other necessary boards to the project and make connections to convert this kit into a single PCB. How do I import pre-existing schematics?
Helpful
Studying Altium by being in the same room where the content creator is
Great video ! Maybe you could explain the ground pour needed when designing buck converter. Should it be full board or just necessary areas routed to the GND pin of the source.
Hello... We need a video on 4 layers board on altium designer. Thanks
on it! stay tuned!
Keep up the good work👌👏
Helpful vid! Post the simulation vid soon
Thanks! Will do! Tune in tomorrow!