Electrical Engineering: Ch 3: Circuit Analysis (34 of 37) Solving Basic Transistor Circuit (MESH) 1

In this video I will used the MESH method to find the voltage from the collector to the emitter of a basic transistor circuit with a NPN transistor.

Next video in this series can be seen at:

[rockspoon]

For the first time, I was able to solve a transistor circuit with actual confidence and understanding...
Probably the last time, too. Thanks anyway!

[SpeedyThingGoIn]

Understandable speaking and writing, this helped massively. Looking forward to more videos.

[samferrer]

Hi Michael ... Thanks for those mini lessons ... you make my day. I have to say something though. Two things dropping the quality of the presentations. 1) You have to turn, 2) you stand between the viewers and your wonderful and clear writing on the board.
My advice and I have to admit that I don't know how they do it.
Some you tubers like you, manage to stand behind a transparent board, so they always face the viewer, the viewers can see you and you never stand in between.

[alexdomlaz]

Your the best man! Have a real bad Computer Technology teacher at UPV in Valencia, but thanks to you I'm learning everything he can't teach. Tons of love from Spain

[LouisFulAnchang]

What a beautiful piece. Very easy and straight forward. Thank you!

[abhinavsaikrishnam]

Thanks for the help.. from a high school student in India. Your work is appreciated. :-)

[mtopangaprimo]

Hallo, first thank you always for good videos. I have a question concerning the second loop. Why did you not includeVBE in the second look .does is it not include on that second mesh. (Loop) thank you so much. I am looking forward to your response

[alexandra.cirebea]

Sooo helpful! Thank you, you're doing an amazing job! The videos are well structured and well explained!

[allonzo]

I liked your classes, best explanation about transistor I have ever seen.

[RahulMaurya-vrfq]

Here in India, we learn all of this in high-school. Thanks a ton! I was having a lot of trouble wrapping my head around Kirchoff's law.

[ShaunStruwig]

This lecture series is phenomenal! Brilliant lecturer.

[joshlumbao]

I like the way you give a lecture. Thanks for making videos of this kind though I have a little problem in understanding this and I hope you can help me. Why did you not include the current in the right loop (I2) when writing your KVL equation of the left loop? Also, when writing your KVL of the right loop, why did you not include the 0.7 volt ?

[PilotIndex]

Thank you for making this video, first thing I've come across that makes good sense.

[valentinejepkemei]

I really understand the concept very well be blessed

[johnjcb]

I really like your method but --at 2nd loop Vce [rather than V0 is clearer] is with minus ok - to +, but Ic being opposed to the loop direction should be minus too, and VCC +to - should be plus . I would write VCC = Vce - Ic R

[ashusingh]

Now i'm able to solve transistors ques confidently...
Thnx u so much sir...

[henrikarboejensen]

The beauty of KVL is its assumed independence of potential . Potential can be 0 or 100 or x volts at any one point. The calculation result is the same. IOW potential at minus pole of Voltage Source can be voltage Y and not 0 V. It is none of your concern in that calculation. Imagine some entity creating a constant minus potential on 1 capacitor pin where obviously no DC current flows through.

[meranna]

I love your bow tie! The video content was great too :-)

[n.kowsik]

I really understand the method thank you sir

[gregwoolley]

Very good, thank you! Sadly though your body blocked your calculations.. if you could stand to one side while writing your calculations on the board your videos would be excellent! Please keep them coming!