Essential & Practical Circuit Analysis: Part 1- DC Circuits

[@almandog]

I am an EE graduate (class of 1989) and it is amazing how much one forget if you are not practicing or in the business of working on circuits every day. This video is one of the best tutorial and refresher I have ever seen. I sat through the whole thing and wide awake at that...I wish I had this guy for an instructor back then; but on the other hand I think he was just a baby then or wasn't even born yet. Probably I will get him as an instructor in the "Next Life". Great job. Thank you.

[@SolidStateWorkshop]

You are absolutely right. I was about negative 5 years old at the time. :) Seriously, thank you for your kind words. They mean a lot to me..and even more so, I am glad this video was useful to you.

[@ColocasiaCorm]

Hey almandog. Im here trying to build a head amp for my pr99

[@hectorpascal]

I taught this for many years as part of a Uni EE101 Unit. If you are a student having problems with these concepts, I HIGHLY recommend you watch and learn.

[@vikashanandgiri5537]

This Lecture Video is really benefited me. The concepts in video presented in very lucid way. Solid State Workshop you did splendid work for technical community. I hope you will come again with new standard course video.

[@MIXT55]

Fell asleep on the couch looking at guides on how to use a multi-meter, woke up after hearing "R2" repeatedly thinking it was a discussion about Star Wars :D

[@umesh.kumar.naik278]

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[@kumarmohan8032]

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[@rajkhan8731]

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[@l7umler]

The exact same thing just happened to me! I can't believe it

[@loganskinner4906]

This video is 6 years old and it is single-handedly preparing me better for a test in less than 2 hours than an entire month of school ever did. Thank you!

[@coreyhooker4064]

Thats sad ain't it?

[@otomoses5558]

@@coreyhooker4064 It is, unfortunately I'm in the same situation and this video is currently the best option by far. :D

[@joselherreraavellaneda7112]

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[@petrharsa2859]

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[@petrharsa2859]

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[@nelso53]

After nearly 50 years of electrical engineering theory and analysis, these series of lectures are among the very best. Takes me back to my rookie year at 16 years old with a British professor. Superb teacher!

[@SolidStateWorkshop]

Thank you!

[@SirGrimGamer]

My teacher tried teaching us these concepts for half of the semester. I won't say he was completely unsuccessful, but you manage to wrap it all up in an hour and thirty. If I were my teacher, I would play parts of this video per week and then work out practice problems. You explain it simply, yet effectively, while a lot of Circuits teachers don't realize that going straight to complicated example problems can become overwhelming for the students...

[@SolidStateWorkshop]

Thank you!

[@hasithasuneth]

Thank you very much for sharing your knowledge using useful videos like this. +100 Likes waiting for Part 2 .....

[@SolidStateWorkshop]

Hasitha Gamage Thank you. I'll start working on it when I get home from school.

[@d.skomedichenal6184]

Colll

[@jimjimx5418]

2:59 E for “Electromotive Force, is measured in volts, not, volts is measured in volts. And I for Induced Current, is measured in Amperes.

[@paulbeauregard449]

This was absolutely amazing. You did a better job explaining these concepts in 1.5 hours than my instructor has over the past half a semester. I am excited to watch the op-amp video before my instructor explains it so that hopefully I can come into the class well prepared

[@dshko28]

"If you can't explain it simply, you don't understand it well enough." Thank you!!

[@SolidStateWorkshop]

You're welcome! Thank you!

[@Asyss_Complex]

In my case it’s not always true

[@vrexxter1750]

I believe you may be correct

[@louiejayjayme8095]

well i'm a programmer and doing programming for 12 years, i understand it well but i can't find the words to explain it.

[@louiejayjayme8095]

@tommy aronson sad to hear that tommy, it's hard tryin to get your thoughts out. right?

[@ahsheng1832]

2021 engineering students?

[@nursaifulaizad]

You just ahhh you,,ahhhh Thank YOU!!!!!..Guys,pray for me my FINAL EXAM

[@MeanGreene87]

what are you studying?

[@samueladetule3905]

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[@hadirizvi2670]

Very informative presentation. for beginners.

[@AbdullahspeakshealthYouTube]

at 40:30 I couldn't understand the solving for v1 and v2 through matrix form the whole lesson was great thanks a bunch I wonder if you would cover the subject "Electronic Devices and Circuits" through your great lessons? Thanks again and please keep doing what awesome stuff you're already doing I wish more improvement and class!

[@MeD1z]

Great video! One thing i don't understand is why you could ignore the left current in 1:32:34. Still don't understand why the current induced does not divide into both loops. The ignored loop even has less resistance. Is it because you used voltage divider?

[@olajideoyekunle9044]

even though have a B Eng in Electrical/Electronics Eng'g, watching this video till the end was irresistible. its exceptionally explicit, it could win best instructional video award. the colour codings to distinguish circuit parts and equations regarding specific parts of the circuit was a super awesome idea. wish I could give a million likes at once. I would appreciate if you could give me clue on how to make such videos, whether it's a particular software or whatever. thanks.

[@SolidStateWorkshop]

Olajide Oyekunle Wow thanks! That's the kind of feedback that I like to hear! I make all of my videos in PowerPoint. All of the graphics are just combinations of basic lines and shapes. PowerPoint also provides a way to record and voice over your presentations. PowerPoint has its quirks, but overall, if you have version 2010 or later (2007 probably works too), the only thing you need to make videos like mine is a lot of time!

[@olajideoyekunle9044]

thanks a bunch for your response. And now the only thing remaining for me to make super awesome videos like yours is alotta PowerPoint tutorials. By the way, do you have any tutorials on such?

[@SolidStateWorkshop]

Olajide Oyekunle I don't think I've ever watched any tutorials on PowerPoint (not to pat myself on the back or anything). Usually, if I'm curious if something is possible or want to figure out how, I just Google it.

[@jakeambrose4294]

+Olajide Oyekunle thats good to know as a review thanks

[@olajideoyekunle9044]

Elon Ambrose you're welcome

[@DrZirta]

Brilliant... I'm a first year aerospace student and my lecturer confuses me to shit! Absolute life-saver

[@Affixton96]

This presentation is awesome, but I wish you gave more examples on each topic.

[@noobmaster31]

I have a masters in electrical engineering, and this brings me back to my sophomore and junior years in many ways. Good times. You are an excellent teacher.

[@ishrarchowdhury4850]

is it just me or all our course lecturers didnt teach us anything

[@onlyforyou8001]

Ok l

[@bilyfethers]

To lecture this material to 138,000 students it would have taken likely in excess of 5,000 sessions or 7,500 hours of your time. I think that alone shows where the future of education is going... thanks for piecing this together and executing it so well!

[@SolidStateWorkshop]

Thanks a lot! I think education should be a right and not a privilege. We're getting there.

[@aliraza-gi7ve]

Your videos are really splendid, i love watching them!! Plz upload more videos including the videos of microcontroller programming i.e c language programming.. Thanks :)

[@MohanankpMohanankp]

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[@srivatsaa.r.9936]

SIR watched yr video on DC CIRCUIT ANALYSIS__PART1 THEVENIN AND NORTENS THEOREM APPLICATION. 1. It is my fortune that i came across this video by chance and able to understand the technique fully well. 2. Since i dont have a computer big screen i watch ed yr lecture on my mobile small screen. The DISPLAY TECHNIQUE you have adopted is so fine that is no chance of missing anything in display. It is all CLEAR AND SPLENDID. 3.. YR explanation/lecture is very clear and clearly audible. 4. Yr methodology and computer techniques has no parallel and 1st class. 5. Keep the methodology/technique SAME in the future topics of electronics. Today i feel confident in applying both the theorems which i wanted to learn for a long time. THANKING YOU VATSA

[@m.freestyler8107]

1:13:18 Thevenin and Norton 1:29:05 SuperPosition

[@annamauroam]

Actually 1:26:35 Superposition

[@JML1987]

at 53:15 I'm so confused. This is the exact opposite sign convention I was taught by two professors. If your current is flowing from low to high potential through a voltage source (negative to positive), it should be a voltage rise (positive, not negative). Am I misunderstanding something?

[@tamrosaria3374]

same here finding it unclear

[@nanotech2691]

Great video! I'll be watching this again so I can practice. Thank you for posting!

[@salimsomani1980]

Excellent knowledge in maths, physics & electronics... Reminded me of learning during college days while learning physics...very simply with efforts explained.

[@jerryocrow1]

Breathless. :While tedious, the step by step, great displays, and constant plodding through a hugh subject. GREAT JOB!!!

[@thesewalkamongstus8367]

Thanks for your input, I was about to give up on this after just a couple of mins into the vid - I will try and endure a bit more.

[@nevre6943]

Jerry Crow iiooo

[@nevre6943]

Owooo

[@jennabowles8137]

Ughh!!! This is so helpful! Thank you so much for posting this. I am doing some refresher for my FE Exam right now and everything that I need to remember about circuit analysis are in this video! I really appreciate how you explained the variables that you used for the given formulas like what are the resistors you have to put up top and the reason behind it. So brilliant!

[@SolidStateWorkshop]

Jenna Bowles Glad it helped!

[@MigoRuiz]

Why stop creating content? Your lectures and visuals are astoundingly great. Hope you guys create more

[@SolidStateWorkshop]

Unfortunately been so busy with work and life. If you can believe it, I’ve been working on a new presentation (on and off) for like 4 years now. Ugh. Someday soon. Thanks for your comments. 😀

[@80milekyle70]

literally woke up to this playing near the end and my brain was following it perfectly. That was pretty odd

[@davebacknolaliki1452]

I woke up and this was playing too 😂

[@albertcastillo2068]

Ok

[@manny3549]

Me three. So weird.

[@prashanthsingh8969]

⁹⁹9⁹9⁹⁹

[@prashanthsingh8969]

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[@MrToolsofrenewal]

This is really good. I have a BS in physics, plus some graduate school, and I took electronics as an undergrad, and when I was done with all that, I could not sit down and design a doorbell circuit. I have looked at a number of online teaching sources, including MIT, and I found that they led me down rabbit holes and taught me useless, time-wasting things like reduced row echelon form and Cramer's Rule. You're the first teacher I've seen who goes straight to nodal analysis without bothering with KVL. You tell students which things matter in the real world and which ones don't. Thanks for cutting out the worthless BS. I'm writing my own circuit analysis method in order to get rid of the crap and confusion from other methods, and this video will be very helpful in editing it.

[@joehudson440]

I, too, was taught that way in my college courses. Mathematics was one of them. Later on, I taught myself mathematics the right way. First, I learned about theorems. After that, I rewrote them in my own words. Finally, I devised my own theorems and applied them to the real world. I was working some geometric problems. One of them entailed finding the proportion ot a right triangle. I combined concepts from algebra and geometry to arrive at a generalization of calculating sides of a right triangle. And that was an amazing accomplishment. This is one thing schools do not teach: creativity.

[@takmanasusahnya4706]

I boggles my mind how one can do nodal analysis with bothering with KVL.

[@theSquashSH]

Amazing resource, this is probably the best circuit analysis explanation I've seen on KZbin yet! Will be using this often.

[@dennymetrixflasher8337]

i do agree

[@ganeshmanat2736]

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[@hennynieuwenhuizen3395]

I have been an electrician for 50 years. I enjoy every bit of your lecture. Thank you for your free effort. I very much appreciate you sharing this intricate subject that is so deep. Only the humble can absorb and digest knowledge. Not everyone knows everything but we can learn from each other.

[@SolidStateWorkshop]

Thank you so much.

[@rebwar_ai]

kzbin.info/www/bejne/iXa4pZqmiM2Zf9U

[@javedhanif]

kzbin.info91BsVIaKPcM?feature=share Also watch my KZbin channel plz

[@WSTheh]

I remembered the first time I watched your video. That was a year ago when I first started school as an electrical engineer major. I remembered how thankful I was for your video as your explanations are really spot on and diagrams used are all nicely color coded and easily understandable. I remembered having trouble understanding the node voltage analysis method and your video cleared all my confusions about the said topic. Since your video was so well-made, I stayed to finish watching the whole hour long of the video. I would totally recommend this video to anyway interested in the related topics and am writing this comment here as part of my assignment but also as a thank you note. Job well done.

[@SolidStateWorkshop]

+Theh WS Hey, thanks a lot. I'm not always sure how well I explain things, but I'm glad that the video worked for you. Comments like these keep my motivated!

[@Marrie99]

Thank you so much, that was really helpful! it helped me to refresh and remember a whole course I took at uni.

[@alexkatsaros6180]

Some lecturers have got it and some don't! Well done! I wish I was 40 years younger! Great job!

[@sarathchaminda4911]

How to make gemstones location mchines please tell me how to make circuit boards sir

[@adelian_7154]

Great simple explanation, I sat my whole semester in lectures.. and I nearly understood nothing. but this video made everything clear for me. Thanks alot 😀🙏

[@efemutlu4391]

Best explanation ever!! My native language is not english so sometimes other lecturer's videos are too fast and complicated for me. But you speak clearly and simplifying. Thank you

[@smooooth_]

Looking back, I really hope one day you're able to make more of these lectures. This got me through freshman year circuit analysis finals

[@xniksterx9848]

Fell asleep and woke up 50min into this random video. And its great

[@KeepingOnTheWatch]

This was a very well explained video. I watched this simply for the pleasure of education. Even though I’ve graduated over 27 years ago I still could follow and understand the math. I absolutely love electronics!

[@GauriShankar-id7vc]

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[@henrylinky6767]

Nerd!! Just kidding, I am going to watch this on repeat until I understand it…

[@robitops1547]

Awesome buddy, (You are a real teacher)

[@kamikazeee9]

This was amazing!!! You summed up 3 weeks worth of material of my class in 1.5 hours. Perfect to study before an exam, thank you so much!

[@SesshomaruSama15]

thats what you pay for, youtube got it better lol

[@alokshahi1251]

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[@johnnybyacono]

I can only say one word EXCELLENT Video Thank you so much very appreciated

[@20dollarbet]

Fantastic Explanation! Seriously, I'm taking an Electronic Engineering course and none of my instructors come close to the simplicity of what you've done here.

[@vuxnguyen]

imagine if you have a friend like this, we build tube amp together !!

[@amitkumarSharma-ku2ob]

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[@AaronGutting]

No l

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[@DailyWalk365]

Someone help me to understand how the 8/7*V1 formula was found at 44:35?

[@attilahorvat9786]

If you substitute the values you get V1/1K + V1/7K. You multiply the first part with 7/7 (which is 1), and you get 7*V1/7K + V1/7K = 8V1/7K = 8/7K * V. Now you can multiply both sides of the equation with 1K (1000) and you get the formula he got.

[@DailyWalk365]

@@attilahorvat9786 I can't thank you enough. I haven't used this math in over 25 years. It amazes me on what I forgot. Thank for taking the time to explain it to me. I'm relearning this all over again.

[@samuelstevencarolino808]

Thank you so much for making this video. It's a great job to simplify these heavy formulas. Excellent video I really appreciate ur efforts and time to make this wonderful presentation.

[@mattdayneilocampo1402]

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[@gudiyakuldeep]

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[@Peace88Hi]

Long but worthy, don't be sorry.

[@damacx]

Great video man! When can we expect to see the 3rd installment of your Circuit Analysis series? I’m learning this material much better than I ever did with 2 years of circuit theory and electronics. Keep up the great work man!!

[@trumanhw]

At 21:40 ... you said "if the load resistance is MUCH GREATER than the resistance of R-2, then the output voltage only drops a little bit" ... wait, WHAT? The HIGHER R-L is ... the LESS of a voltage drop? If not, that's how it sounds. But by 22:17 at sounds like you may have meant the opposite..? But at the same time, I also get that you're trying to introduce to novices (me) principles that probably usually have the benefit of much more exposition. 15:30 I was at first confused: 10v / 50Ω (10 Ω + 40 Ω ) = 0.2A ✓ ✅ & wondered, "where'd we get the last 10 Ω we multiply 0.2A = 2v ...??" But, now I get it -- we're looking at the segments of the circuit and their respective (or component) charges which have to equal the input. Thank you. :-)

[@pritpatel1772]

Seriously, Thanks man was really helpfull to me THANKS

[@montypoole727]

Prit Patel lol

[@samuelm.6192]

Great review for anyone who has taken circuit analysis and needs a refresher! Also I love how you went to TCNJ!

[@bradleysmith681]

Excellent! Seriously, why can't most professors explain things so simply???

[@imho2278]

Because they have to cater to the varied understandings of 200 peopl in a lecture theatre, and it's hard work with almost no feedback. This bloke has no interruptions, can go at his own pace. And I bet you you stopped the vid now and again to think about it. Professors can't do that.

[@fakefake3380]

Not certain about the points made but ,if anyone else trying to find out understanding electronics components ebook try Sovallo Circuits Expert Fixer (do a search on google ) ? Ive heard some decent things about it and my mate got amazing results with it.

[@tobinshaji59]

Please upload more videos about networking too(I means superposition etc so on)

[@abdullahzafar1862]

So much hardwork and effort combined to construct this video. well done

[@markg1051]

I disliked Kirchhof's laws back in 70's and still hate them in 2019. I find that I can get most of my answers using Ohms law and in few instances where it's insufficient, I reach out to Norton and Thevenin (hope I spelled that right). Nice job overall. Always good to revise things every so often.

[@whiteowl9343]

This is honestly the best way to learn circuit analysis. Understood more in 1.5 hours, than I did in an entire semester.

[@bunyriak7007]

Wow.. I wish my lecturer was as concise as you displayed in this video. Thanks for making life easy indeed

[@billrichardson4873]

Thank you so much for your videos, they have helped so much, and are so detailed .

[@SolidStateWorkshop]

+Bill Richardson You're welcome! So glad they've helped.

[@danielfelixsilva2002]

Do you have more ?

[@icook1534]

Who else is in college and can’t understand the lectures?

[@basheeralkayyal3779]

My Aim As Engineer was to do a quick brush-up for those rusty information, but your amazing video force me to watch till the end. I really appreciate the time and efforts you put on this one.

[@nezlelikarga3940]

i am watching you in the quarantine days. So I think you're very well Sir :)

[@wiserdaley2191]

You're a very smart teacher. 💯

[@IbonkDonkeys]

thank you so much for these videos, helping me pass my electrical circuits class when class isn't enough. Much appreciated. I'll be showing this to class mates that are having some trouble too!

[@SolidStateWorkshop]

Thanks I appreciate it!

[@tnekkc]

I got an EE degree and designed power supplies and battery chargers for 30 years. My career was ruined when I got rich from investing. First in MSFT in 1994, GOOG in 2004, and AMZN in 2012.

[@applyyourimagination1728]

God Bless You, Sire!!!

[@chandrunagrani3690]

Femi Sko I don't believe in god but if there is a god thumbs up

[@alphacubeastraja]

At 38.00, why Is 4mA is going up? I dont get it? Current should go from higher potential to lower one so why it is going up instead og going down?

[@xx-rosie-xx9335]

Thank you so much Sir! You literally explained this in an hour and a half what i couldn’t understand in half a semester.

[@BomJimmy]

Excellent journey and revising the world if fundamentals of the electronics . Thank you for your hard work.

[@kds01071978]

Fantastic video!!! I've spent a lot of time reading and watching videos trying to gain a better understanding of fundamental circuit design and analysis and you have presented it in such a way that I actually get it (FINALLY). Thank you for taking the time to put this series together. I have notebook and pencil ready and am moving on to part 2.

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[@krushnagouda5658]

@@anirudhameher2391 ..llll.l.l.l..lol.ll.p

[@krushnagouda5658]

@@anirudhameher2391 ..llll.l.l.l..lol.ll.pl.ll..

[@abusayup940]

thumbs up sir....i need to review circuit analysis in college, so ive watched it..

[@brucewayne-px4lv]

at last a video again ! :D

[@tonexokeke1053]

My god. You're simply the best I've ever come across. Pls could you recommend any textbook for me on electrical and electronics because I'm planning to go back to University and complete my undergraduate degree.

[@tonexokeke1053]

Wonderful teaching.

[@imitatioDei]

Would help if when you say that I1 and I2 are flowing in the opposite direction if you drew the circle with the arrow in opposite directions as well . But great video and thank you for taking the time to share.

[@Rahulbhat25]

samsung modelrt28m3743bs/nl temperature of both the fridge and freezer not achiving to maximum cooling. though setting several times.

[@المهندسحسين-ط5ب]

Information is very impressive.My teacher thank you very much.Accept my respect

[@NokulungaMacu-uq8qu]

I was starting to regret why I went back to school and these online learning doesn't make it any easier. Thank you so much for this, even after 7yrs it's still very helpful 😊

[@jacquesdubord6844]

You are by far the best teacher I ever hear.I did my electronic course in 1977, and this is the best overlook you presented here. Thanks

[@Bitcoinminds]

Hi i am also.electronics engineer

[@mborowski2010]

I was going to school for electrical engineering and my ex wife made sure I failed. So years later I'm going through the internet to achieve my life dream. Don't really care about a degree at this point. But I am finding some amazing people sharing knowledge online! I just found this guy.

[@Bitcoinminds]

@@mborowski2010 good point and very nice answer i ever read

[@manjeet8101]

7787778777777777777787778787777777877777777

[@manjeet8101]

8u7

[@lastvoice9500]

Good morning for tomorrow

[@TigerFeetMFG]

This video is beautifully concise, great work!

[@georgijwlassow7430]

Cпасибо. Очень быстро освежил нужные знания. Отлично.

[@princecjpaul2310]

So happy watching and paying attention to this lecture, i will keep practicing and watching more of SSW lectures thank you professor.this is the best and am not done yet..

[@manikkanp9338]

Llllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllk

[@mohamedz4560]

simple language but excellent explanation.

[@vkphysics909]

My dear ...the way of writing units is wrong.As for example...Ampere is not correct it is correctly written as ampere...same as henry,farad are correct...that means you should write with small letter.

[@flwi]

I always struggled with electronics at school. We had a very bad teacher, who was unable to explain stuff. The only good students were those who already knew this stuff ;-) I wish I had your tutorial at school. Very well done! Thanks for sharing!

[@pavelpopescu09]

41:24 Is it correct -16 given the fact that Is is 4 mA (4*10^-3) and R1 is 1k (10^3)?

[@jbuddyman]

I wondered the same thing, and hope he is able to tell us if it is a mistake or not.

[@zombiestressin5242]

This video is so awesome it just auto played and got hooked plus the visuals really help understand everything thank you for doing this :)

[@bunsenstraat]

Great great great!!!

[@manny3549]

Excellent lecture. So well done. Be proud of your work and how much we learn, much appreciated.

[@kstevencrombie191]

Excellent video! I wish my teacher had explained as well as that.

[@candybond148]

Thank you soo much for the video..I've understood everything soo clearly :-)

[@TheDav783]

just came back to add a comment and thank you for this video. After a semester of poorly taught electronics i really think this video made the difference between a pass and a fail in my final. So again thank you so much Tim you are a legend.

[@SolidStateWorkshop]

Hey, thanks so much. Best thing I could ever get out of making a video is hearing that it genuinely helped someone. Best of luck with school. Keep on truckin

[@DanielGarcia-qz5vp]

Immensely helpful. Thank you!

[@mohamedelgharbawi3022]

Thank you very much for this video.It is a great job to simplify these heavy theories. Excellent video, I really appreciating yr efforts and time to make this wonderful presentation.

[@gregorybathurst7171]

yes i watched your whole presentation , actually i listened to most while i was putting together a couple of cheap shockers or low amp tazer for my daughter & granddaughter . electronics puzzles me but its interesting so i stick with it . can any one recomend a powerful D I Y tazer . thankyou