Learn Electronic Circuit Design

Electronic circuit design involves ideation, creation, and revision. Learn about pcb design and the circuit design process. Printed circuit boards (pcbs) are in every piece of modern electronic equipment, which is why it’s important to know what, exactly, a circuit board consists of and how designers can implement it into so many applications. Edx partners with leading institutions in the field to bring you courses in circuitry. You can learn about the basics of circuitry with mit's series on circuits. You'll learn the fundamentals of circuits including current flow and series circuit as well as concepts like ohm's law. Epfl also offers a course series in circuitry with electronique. All projects are tested and verified with a working video for a hassle free learning experience.

Printed circuit boards (pcbs) are in every piece of modern electronic equipment, which is why it’s important to know what, exactly, a circuit board consists of and how designers can implement it into so many applications. Edx partners with leading institutions in the field to bring you courses in circuitry. You can learn about the basics of circuitry with mit's series on circuits. You'll learn the fundamentals of circuits including current flow and series circuit as well as concepts like ohm's law. Epfl also offers a course series in circuitry with electronique. All projects are tested and verified with a working video for a hassle free learning experience. Whether you are an expert or beginner in electronics, we have something interesting for all of you. Below is our huge collection of 200+ free electronic circuits that you can build today. Learn more about autodesk circuit design software and how it can help with circuit design, schematic component creation, pcb layout, and spice simulation. Circuit design is the first step for every electronics design project.

Learn about pcb design and the circuit design process. Printed circuit boards (pcbs) are in every piece of modern electronic equipment, which is why it’s important to know what, exactly, a circuit board consists of and how designers can implement it into so many applications. Edx partners with leading institutions in the field to bring you courses in circuitry. You can learn about the basics of circuitry with mit's series on circuits. You'll learn the fundamentals of circuits including current flow and series circuit as well as concepts like ohm's law. Epfl also offers a course series in circuitry with electronique. All projects are tested and verified with a working video for a hassle free learning experience. Whether you are an expert or beginner in electronics, we have something interesting for all of you. Below is our huge collection of 200+ free electronic circuits that you can build today.

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Circuit Basics - The Learning Circuit



Karen makes a simple circuit. This project covers open and closed circuits, switches, incandescent vs LED lighting, and what to check for if it doesn't work. Visit Karen at The Learning Circuit: bit.ly/2xKo9jU

Visit the STEM Academy: bit.ly/2gTTlX4

Visit the Hex Game Build: bit.ly/2z57hWi

If you've never created a circuit before then this is great project to get started. All you need to make a basic circuit is some common materials and components. A circuit is a closed path through which an electric current can flow. A circuit can be closed or open. If the circuit is closed all of the components are connected and the electrical currentz2dqCP can flow. If the circuit is open then the connection is broken and the electrical current cannot flow. Circuits are used to send energy to turn things on like the motor in a drill or a bulb in a flashlight. A lot of things you use everyday contain circuits and circuit boards. A circuit board contains lots of little circuits that each have their own individual function. One circuit might turn on a motor while another circuit might make a buzzer beep. You can make a simple circuit out of just a light bulb, a power source, and some wires. To make this circuit you’ll need some cardboard, some paper clips, some paper fasteners, a battery, some tape, and a light. It’s also useful to have a pair of needlenose pliers and a utility knife.

Circuits typically use wires and circuit traces to send electricity and signals along the circuit. In place of wires she uses paper clips and paper fasteners. If you're going to do the same thing, it’s important to make sure that these items are metal and don’t have any coating. They need to be conductive so that electricity flows through them wherever they touch. For this project, a battery is used as the power source. Batteries have a positive and a negative terminal. Some components only work in one direction so it’s important to note which orientation your battery is being hooked up. This battery supplies 1.5 volts of power. When choosing a light, you want to make sure you use one that is rated for low voltage. If the light is rated for 2 to 3 volts it should still work with one battery. First, Karen tapes down her battery. She adds a paper clip to either side to act as the wires to conduct the electricity, as well as, acting as clips to help hold the battery in place. She’ll use a pair of needlenose pliers to bend it in half, then put it right against the battery, and push a fastener right at the other end to help hold it snugly in place. Next, they’re going to add their light. The length of the paper clips is going to determine where this is going to go and if you need to you can add extra paper clips and fasteners to make sure that it reaches. She makes a loop of tape to put on the bottom of her light. Make sure that the screws of the light are facing out towards your paper clips so that it’s easy to reach. . She makes a loop of tape to put on the bottom of her light. With the last paperclips, loop around the screws of the light socket and then connect the ends over to your other paper clips and secure them with a fastener. If you have everything hooked up correctly your light should be on. If your light is not on then check all of your connections, make sure metal stays touching metal when not being held, make sure you are using a fresh battery, check inside the bulb, and make sure your bulb is screwed all the way in. Karen gives her method for battery testing without tools and suggests making sure the filament inside the bulb is not broken. If the filament is broken then it turns this into an open circuit because electricity cannot flow across it.

How to Design Electronic Circuits from Scratch | Circuit Design Tips



In this beginners electronics tutorial, you will learn how to design electronic circuit from scratch.
If you desire to know how to design electronic circuits from scratch, then this video is for you.

In this basic electronics circuit design tutorial, I comprehensively and carefully listed some of the vital rules of electronic circuit design. These rules are what will help you be able to design electronic circuits from scratch.

☑️CHAPTERS
0:00 Introduction
0:07 Core circuit design tips
1:06 Resistor and how to use it in a circuit
2:05 Switch and how to use it in a circuit
3:13 LED and how to use it in a circuit
4:08 Battery and how to use it in a circuit
5:07 Designing & Explaining the first circuit from scratch
14:56 Capacitor and how to use it in a circuit
15:40 Analysis of a circuit design from scratch
18:49 More tips and conclusion

☑️VIDEO INSIGHT
1. To design electronic circuit from scratch, you need to know and understand to a reasonable extent how the various electronic circuits behave, and how to use them in a circuit:
Once you know how to use the various electronic components, you will be able to use them to carry out your design.

We can design electronic circuit design as, the art of manipulating current flow in an electronic circuit by using electronic components in other to realize a design aim.

If you do not know the components and how to use them, you will not be able to do anything in electronic circuit design. This is because, it is these electronic components that will enable you carry out your designs, they are the ingredients you need to prepare your fantastic dish, hence, you need to know how they work and how to use them.

The electronic components include the following:
Resistor, Capacitor, Inductor, Diode, LED, thyristor, Triac, Diac, operational amplifiers, fuses, switched, relays, 555 timers, integrated circuits, microcontrollers, etc.

2. You need to understand that current will only flow in a circuit when it sees a path to return to ground:
This means that, if you have a battery as the source of electrical energy in a circuit, if the current from the battery flows from the positive terminal of the battery and did not see a path to return back to the negative terminal of the battery, then, the current in the battery will not flow into the circuit. Such a circuit is called Open circuit. And when the current sees a path to return to where it came from, we call the circuit a closed circuit.

3. Current will flow from a region of higher electrical potential to a region of lower electrical potential:
What this means is that, if we have points in a circuit with different electrical potentials, electrical current will flow from point with the highest electrical potential to points with lower electrical potential, that is why current will always flow from the positive terminal of the battery to the negative terminal of the battery, because the positive terminal of the battery is at a higher electrical potential than the negative terminal of the battery.

4. More current will flow in a path with the least resistance:
When we have a circuit with different paths have different resistance values, the current moving into those paths will decide which path to follow. most of the current will follow the least resistive path, while few current will follow the largest resistive path. this is why we use a current limiting resistor to reduce the rate of current flow into an LED.

These rules and more are what every intending circuit designer must know to enable them be able to design electronic from scratch.

This electronics tutorial for beginners will go a long way in providing answers to questions like :

how to design electronic circuits from scratch, circuit design rules, circuit design from scratch, Circuit design tutorial, how to design electronic circuits for beginners, learn electronic circuit design, electronic circuit design tutorial, circuit design for beginners, how to design a circuit, Electronics design, electronics circuit designing, How to design circuits, circuit design tips, basic electronics for beginners, beginners electronics, electronics tutorials for beginners, etc.

You can visit my website for the written tutorial:
ettron.com/electronic-circuit-design-tutorial-for-beginners/

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10 circuit design tips every designer must know



Circuit design tips and tricks to improve the quality of electronic design. Brief explanation of ten simple yet effective electronic circuit designing tips every designer must be aware of.

Resource links

Detailed explanation of these ten tips - gadgetronicx.com/10-circuit-design-tips/
Check out - utsource.net/ which is a online platform for electronic technicians, Makers, Enthusiasts, Kids to find electronic components
Decoupling and Coupling capacitors - capacitorguide.com/coupling-and-decoupling/

Pull up and Pull down resistors - gadgetronicx.com/guide-pull-up-down-resistors-usage/

Battery discharge time -
batteryuniversity.com/learn/article/bu_503_how_to_calculate_battery_runtime

Resistor Wattage -
electronics-tutorials.ws/resistor/res_7.html

Transistor pairs:
electronics-tutorials.ws/transistor/darlington-transistor.html

Share your favorite tip in circuit designing with us in the comment box below :)

Beginner Electronics - 14 - Circuit Design, Build, and Measuring!



Today we design and build a working circuit, as well as go over how to properly record values using a multimeter!
**DISCLAIMER - READ BEFORE WATCHING**
I am an electronics hobbyist; I do not have a degree in electrical engineering. This series MAY NOT teach all of the appropriate safety required for general electronics work. Any advice taken from this series should be checked with multiple sources, and a professional should be addressed to ensure proper safety.

See my website: codenmore.github.io/
Follow me on Twitter - @CodeNMore - twitter.com/CodeNMore
Comment, PM, or Tweet me for help!

Teaching to understand all subjects to the fullest extent!

From Idea to Schematic to PCB - How to do it easily!



Where to order 10 PCBs for $2: jlcpcb.com
Circuit project files: easyeda.com/GreatScott/LongboardFernbedienung-28d260c134334a9f8e23a8d22675be00
Previous video: youtu.be/dVYJfl3tOQk
Facebook: facebook.com/greatscottlab
Twitter: twitter.com/GreatScottLab
How to solder properly video: youtu.be/VxMV6wGS3NY

Websites which were shown during the video:
easyeda.com/
lcsc.com/
jlcpcb.com/
arduino-info.wikispaces.com/Nrf24L01-2.4GHz-HowTo

In this tutorial I will show you what steps are necessary to turn your idea for an electronics circuit into a schematic and then into a PCB. Along the way I will show you that it is actually quite simple nowadays to order PCBs from a professional manufacturing house.

Thanks to JLCPCB for sponsoring this video
Visit jlcpcb.com to get professional PCBs for low prices

Music:
2011 Lookalike by Bartlebeats
Killing Time, Kevin MacLeod
(incompetech.com)

LED Circuit Design - How to design LED circuits



LED Circuit Design - How to design LED circuits. How to calculate resistor size, how to protect LED, how long will a battery power a circuit, how to calculate resistor power rating, how to connect LED and much more.

🎁 LED Resistor calculator ➡️ theengineeringmindset.com/electrical-calculators/

Good multimeter:➡️ electricl.info/good-multimeter​​
Pro multimeter:➡️ electricl.info/best-multimeter​​
Power monitor plug:➡️ engineerz.club/energy-plug​​

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👀 Links - MUST WATCH!! 👀
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⚡ELECTRICAL ENGINEERING⚡
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👉HVAC Basics: youtu.be/klggop60vlM
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👉Heat pumps advanced: youtu.be/G53tTKoakcY
👉Fan Coil Units: youtu.be/MqM-U8bftCI
👉VAV Systems: youtu.be/HBmOyeWtpHg
👉CAV Systems: youtu.be/XgQ3v6lvoZQ
👉VRF Units: youtu.be/hzFOCuAho_4
👉Cooling load calculations: youtu.be/0gv2tJf7nwo
👉Pulley belt calculations: youtu.be/yxCBhD9nguw
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⚗️ REFRIGERATION SYSTEMS 🌡️
👉How refrigerants work: youtu.be/lMqoKLli0Y4
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⚗️ REFRIGERANTS ⚗️
👉Refrierant retrofit guide: youtu.be/1OqgLcU2buQ
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👉How refrigerants work: youtu.be/lMqoKLli0Y4

🌊 HYDRONICS 🌊
👉Primary & Secondary system: youtu.be/KU_AypZ-BnU
👉Pumps: youtu.be/TxqPAPg4nb4
👉Pump calculations: youtu.be/99vikjRrlgo

🔥➡️❄️ HEAT EXCHANGERS 🔥➡️❄️
👉Plate Heat Exchangers: youtu.be/br3gkrXTmdY
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💻 DATA CENTERS 💻
👉Data Center cooling: youtu.be/xBxyhxmhigc

🔬 PHYSICS 🔬
👉What is Density: youtu.be/r0Ej0xB-0C8

🎬 DOCUMENTARY 🎬
👉WW2 Bunker HVAC engineering: youtu.be/xEzz-JkPeLQ
power electronics voltage divider current divider current source voltage source
#electronics #engineering #electrical

Techniques and Strategies for Building Electronic Circuits



Take a deep-dive into smart strategies and methods for building circuit prototypes faster and easier, including a method for making instant surface-mount boards.

Facebook: facebook.com/leos.bag.of.tricks

Electronic Circuit Design, Let's Build a Project



Follow along as I design and build an electronic circuit from concept to completion. If you are starting to design, or have been designing circuits, you may find this video interesting.

Design electronic circuits with the help of this software



दोस्तों आप इस वीडियो के मदद से आप जान पाएंगे की किस तरह से किसी भी सर्किट को कंप्यूटर पर बनाकर उसे कंप्यूटर पर ही चलाकर चेक कर लिया जाता है उसके बाद पीसीबी पर इनस्टॉल किया जाता है.

Making a Circuit from a Schematic - The Learning Circuit



Follow along with Karen as she walks through reading a schematic and turning it into a functioning circuit. The application of the finished circuit has endless possibilities. Make a dancing robot or a toy with flashing LED eyes, all activated by sound! Get the B.O.M. and Connect with Karen on the element14 community: bit.ly/2QptWZn

Best circuit simulator for beginners. Schematic & PCB design.



What is Circuit Simulator?
Circuit Simulator : Electronic circuit simulation uses mathematical models to replicate the behavior of an actual electronic device or circuit. Simulation software allows for modeling of circuit operation and is an invaluable analysis tool.
-Wikipedia

All simulator links :
Everycircuit :  everycircuit.com/

Thinkercad :  tinkercad.com/

Proteus :  labcenter.com/

Ni Multisim :  ni.com/

The blog of this : researcherguy.com/blog/73/
Best Arduino projects : youtube.com/watch?v=NRTA2KT0Nrw&t=2s
Usefulness :
• create new circuit and test it work or not.
• work with unlimited components.
• learn from the tutorial section.
•For microCircuit you will be no component to work with. So you will need this component.
*You can create new component with it.
*Share you circuit with others.
*Many more.

My blogsite: researcherguy.com/
Facebook : facebook.com/sisagarbd
Linkedin : linkedin.com/in/sisagarbd/
Twitter : twitter.com/sisagarbd

Stay with us. Want anything just comment. Thanks

Lesson 1 - Voltage, Current, Resistance (Engineering Circuit Analysis)



This is just a few minutes of a complete course.
Get full lessons & more subjects at: MathTutorDVD.com.

In this lesson the student will learn what voltage, current, and resistance is in a typical circuit.

Simple Electronic Circuits You Can Build



This video will describe some simple circuits that you can build to get some experience in bread-boarding and circuit design.

Correction:
Mosfet part number should be 2N7000.

Power Electronics Introduction to Hardware Circuit Design | Electrical Workshop



In this workshop, we will talk about “Power Electronics Introduction to Hardware Circuit Design”. Our instructor tells us the overview of the hardware design industry, essential components in hardware design circuits, challenges in hardware design circuits, simulations tools and live demo, hardware products & applications etc. We also discuss the various career paths and job opportunities.

Visit our website for Job Leading Programs - bit.ly/3xwy4rp

This is why you should choose Skill-Lync programs.

1. Skill-Lync is an e-learning platform for Engineering students with 1000+ positive reviews on Google.
2. Learn industry-oriented technical skills.
3. Work on 15+ Industry oriented projects. Create a strong profile that will help you get recruited.
4. Have a look at the profile of a student of ours - bit.ly/32VE813
5. Attend live video conferencing support sessions every week.
6. Interact with industry experts and Skill-Lync support team 24/7 to get your doubts clarified
7. Get recruited with help from our placement assistance team.

Master's Program in Power Converter Design and Analysis - bit.ly/3CsDSWA

Master's Certification Program in Motion Planning and Trajectory Generation - bit.ly/3yrojMi

Master's Certification Program in Electric Vehicle Design & Analysis - bit.ly/2VwqFvb

Master's Certification Program in Autonomous Vehicles - bit.ly/3fIDKIy

Follow us on our Social Media platform to get more information about the courses.

Facebook - facebook.com/edxengine/

Instagram - instagram.com/skill_lync/

Linkedin - in.linkedin.com/school/skill-lync/

#Hardware #SkillLync #Workshop #Engineering

Michael Ossmann: Simple RF Circuit Design



This workshop on Simple RF Circuit Design was presented by Michael Ossmann at the 2015 Hackaday Superconference. It sold out almost immediately and for good reason. He has designed numerous popular tools like the the HackRF One and YARD Stick One. Michael's depth of knowledge and experience make him a leader in a field that is often called a dark art. There is no reason to fear RF design. Follow his recommendations and remove some of the mystery from the topic.

Read the accompanying Hackaday article:
hackaday.com/?p=196883

Visit Michael Ossmann's Website:
greatscottgadgets.com/

Create And Build An Electronic Circuit!



Let's custom build an electronic circuit together! Click the "SHOW MORE" tab below for links.

To learn electronics in a very different and effective way, and gain access to Mr Carlson's personal designs and inventions, visit the Mr Carlson's Lab Patreon page here: patreon.com/MrCarlsonsLab

#learnelectronics #Make #Electronics

Essential & Practical Circuit Analysis: Part 1- DC Circuits



Download presentation: docs.google.com/presentation/d/0B69QMG6D5UbIU1hjcEZ0LV94N1E/edit?usp=sharing&ouid=107760015615206160187&resourcekey=0-9vE9qKEYZQHXuhpgAUry1g&rtpof=true&sd=true

Table of Contents:
0:00 Introduction
0:13 What is circuit analysis?
1:26 What will be covered in this video?
2:36 Linear Circuit Elements
4:20 Nodes, Branches, and Loops
7:00 Ohm’s Law
8:36 Series Circuits
10:44 Parallel Circuits
13:48 Voltage Dividers
22:42 Current Dividers
25:48 Kirchhoff’s Current Law (KCL)
31:30 Nodal Analysis
46:15 Kirchhoff’s Voltage Law (KVL)
56:28 Loop Analysis
1:09:31 Source Transformation
1:11:40 Thevenin’s and Norton’s Theorems
1:14:55 Thevenin Equivalent Circuits
1:20:47 Norton Equivalent Circuits
1:26:07 Superposition Theorem
1:34:05 Ending Remarks

Tutorial: How to design a transistor circuit that controls low-power devices



I describe how to design a simple transistor circuit that will allow microcontrollers or other small signal sources to control low-power actuators such as solenoid valves, motors, etc.

Electrical Circuit Design



Building Systems 7b

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