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Solid State Workshop
United States
Registrace 23. 09. 2012
Hey! My name's Tim Laux. Welcome to my channel.
My goal is to make learning electronics fun and accessible. I hope that the videos I've created thus far will help you come to love electronics as much as I do.
In 2017, I graduated from The College of New Jersey, where I studied electrical engineering. I currently work in the power supply industry, designing AC-DC and DC-DC converters.
My goal is to make learning electronics fun and accessible. I hope that the videos I've created thus far will help you come to love electronics as much as I do.
In 2017, I graduated from The College of New Jersey, where I studied electrical engineering. I currently work in the power supply industry, designing AC-DC and DC-DC converters.
An Introduction to Simple Electric Circuits (3rd Edition)
Download presentation here:
docs.google.com/presentation/d/1Bs3FZPrd7SxASb2VlobFxaMAkcZZ7qWj/edit?usp=share_link&ouid=107760015615206160187&rtpof=true&sd=true
0:00 Introduction
0:35 Objectives
1:25 The Hydraulic Circuit
5:13 The Piping
5:50 Water
6:22 The Pump
7:16 The Valve
8:36 Electric Charge
11:39 The Electric Circuit
12:36 The Wire
13:28 Conductors vs. Insulators
16:45 The Battery
20:01 Potential Difference
22:49 The Resistor
23:43 Resistance
25:42 Electric Current
32:41 Resistors... What's the point?
34:42 Electrical Loads
35:48 Measurements
docs.google.com/presentation/d/1Bs3FZPrd7SxASb2VlobFxaMAkcZZ7qWj/edit?usp=share_link&ouid=107760015615206160187&rtpof=true&sd=true
0:00 Introduction
0:35 Objectives
1:25 The Hydraulic Circuit
5:13 The Piping
5:50 Water
6:22 The Pump
7:16 The Valve
8:36 Electric Charge
11:39 The Electric Circuit
12:36 The Wire
13:28 Conductors vs. Insulators
16:45 The Battery
20:01 Potential Difference
22:49 The Resistor
23:43 Resistance
25:42 Electric Current
32:41 Resistors... What's the point?
34:42 Electrical Loads
35:48 Measurements
zhlédnutí: 51 348
Video
Channel Mission & Roadmap: Solid State Workshop
zhlédnutí 39KPřed 7 lety
A quick video explaining the mission of this channel and the roadmap for the future.
Essential & Practical Circuit Analysis: Part 2- Op-Amps
zhlédnutí 588KPřed 8 lety
Download presentation here: docs.google.com/presentation/d/0B69QMG6D5UbIT2t1bXFZQ1Z2OWc/edit?usp=share_link&ouid=107760015615206160187&resourcekey=0-2uJQcwpzogZqjIGkKYkdeg&rtpof=true&sd=true Table of Contents: 0:00 Introduction 1:18 Dependent Sources 9:17 Dependent Source Example Problem 13:38 What is an Op-Amp? 23:26 Op-Amp Transfer Characteristics 29:41 Taming the Gain 31:21 We Need Feedback!...
Essential & Practical Circuit Analysis: Part 1- DC Circuits
zhlédnutí 4,8MPřed 9 lety
Download presentation: docs.google.com/presentation/d/0B69QMG6D5UbIU1hjcEZ0LV94N1E/edit?usp=share_link&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...
An Introduction to Linear AC-DC Power Supplies
zhlédnutí 92KPřed 10 lety
Download presentation here: docs.google.com/presentation/d/0B69QMG6D5UbIelNCODlNaF9DX00/edit?usp=share_link&ouid=107760015615206160187&resourcekey=0-2wjyQdQicoaYKvlvj9stcw&rtpof=true&sd=true Thanks for watching. Hope you learned something.
An Introduction to Microcontrollers
zhlédnutí 530KPřed 11 lety
Download presentation here: docs.google.com/presentation/d/0B69QMG6D5UbIUTZzcS1tY2VqX2c/edit?usp=share_link&ouid=107760015615206160187&resourcekey=0-lGhJHe4LDQ2NqNFLV4IIbQ&rtpof=true&sd=true Table of Contents: 0:00 Introduction 0:38 What is it? 1:55 Where do you find them? 3:00 History 6:03 Microcontrollers vs Microprocessors 13:40 Basic Principles of Operation 15:29 Programming 18:23 Analog to...
11 years later and this video still is amazing. Can't say much but big companies refer to this video for freshers to get started on microcontrollers.
do you have email , as i have education curriculum job in electric engineering
Very Greatly Explained.
Dang, I wish you made more. Excellent!
Dang, I wish you made more. Excellent!
Dang, I wish you made more. Excellent!
Dang, I wish you made more. Excellent!
for 43:22, since it is series circuit as you said, can't we just divide the source voltage by the equivalent resistance?
you even said what you are gonna show us in this video not wasting any time of some desperate souls going to exams 2 days from now
Long but worthy, don't be sorry.
Thanks for putting this up it means a lot
Can you make more videos
Awesome but needs the captions
Automatic circuit analyze all design by blue print to photograpby of physical circuit to infrared and lidar scan
Can't believe that he started to help me before 9 years .At the time i don't even know what the resistor is?thank you for your help
thank you so much
I just can't stop thinking, why didn't I find you when I was in my UG?? Your videos are so good.
LEGEND
This is nerd porn to me. Amazing explanations!
Great work!
great video sir, well done
Hi, could you upload the PPTX file again, many thanks!
This is incredible, u should do a video on Ac circuits.
Good presentation. Very clear with helpful illustrations. Thank you!
Good to recap after 40yrs (where have the years gone?), surprising how you forget the basics (but soon remembered with help). Many thanks for the good video, have subscribed.
This video sums up a whole semester of Circuit Analysis that I took many years ago. Who knew that the $600 text book and $1200 credit hour could have been replaced by one CZcams video. Take a hiatus from that job of yours and work on the series, you're a natural!
Thanks a lot🎉 I guess you made the video from a cold environment. Can feel your struggle with a blocked nose. Love it
Complex. Law . Electives returned...QURJYÑT JLQY JYQRÑ PUSHED JLQY PULLED JYQRÑ 2FORCE PUSH PULL. FUCK YOU LAW
On 1:30:44 you can actually apply the same principle he told us about having a current source with paralell to resistor, so 6mA*12K = 24V, due to polarity -24V. Then you subtract the positive 20V u got when isolating voltage source and u get the 20 V final on Vout. A great video without a doubt!.
Поставила бы несколько лайков за презентацию
Thanks for the video. I especially appreciated the distinction between microcontrollers and microprocessors. Looking forward to doing some microcontroller projects.
why is there no update. i like this courses.
SUCH AN AMAZING VIDEO, VERY CONCEPTUAL IN LESS TIME AS COMPARED TO UNIVERSITY CLASSES..
I'm really happy with your presentation. It's comprehensive and helpful to beginners. Keep it up sir.
12:15 "just flip it"? Can u elaborate? Im sorry im stuck on this probably very easy point.
Exactly what i was looking for
Thank you so much. May ALLAH reward you for this work. thank you for your efforts
1:06:55 i really didn't understand why we plugged in the 5mA for I3. I mean, why not I3 AND 5mA? Why just 5mA?
please continue, i am still waiting for you teacher
goat
Good explanation, and this is my kind of people (looking at the comments).
Good Presentation! God bless this Channel!
👏👏👏👏👏👏💪💪💪💪💪✌✌✌✌!!!!
At 29:40 when you say "we can easily solve for", do I have to brush up on my algebra if I want to join the rest of you in "easily solving for"? Because I am not easily solving for, but I feel like I'm recognizing this as an algebraic equation I'm not easily solving for.
I think this is the best ever vid on this subject that I have ever seen. As a vehicle Mechanic I have seen lots of Films/Vids explaining the subject, this is the best by far. Thank you for your time.
Thank you so much, that was really helpful! it helped me to refresh and remember a whole course I took at uni.
great demonstration dude!
Amazing work!
Great🎉