What is Saturation

Saturation is the point where increasing the magnitude of the input to a system no longer causes a change in the system.

[@wrexus9585]

Thank you for this video, sir. My teacher doesn't do this kind of stuff. Heck, he actively retracts some information from the slides in his lectures because he wants the students to participate in his class, which I understand the need for, but someone like me would often find myself lost in those lectures to the point I don't even know what questions I need to ask, so videos like these help me out a lot to learn things at my own pace.

[@ChisomoStephen]

What a good definition. Thank you sir 🙏🙏

[@albertobaronio806]

Clarity is a gift and you possess that. Thanks Professor for providing your knowledge in a so amazing way.

[@georgejetson4378]

Good tutorial on basic BJT behavior.

[@maluanisha90]

Excellent Sir🙏🙏🙏

[@AccademicWeapon_AAA]

Omg I'm honestly crying. This is was so simple and good. Thank you so so muchhhh. God bless you professor 🙏

[@Atazkeitor]

I never really understood this until now. Thank you very much. Greetings from Mexico!!

[@caominhang8077]

Well explained sir. Only when I watched your video could I understand this topic.

[@ΚωνσταντίνοςΛαζαρίδης-ξ9ι]

really good explanation. thank you sir!

[@paulwood3460]

The 👑 of electronics 👏👏👍👍

[@db2551]

Bob, you are a legend. This one particularly aided my understanding.

[@luket6405]

This is great thank you! I’m taking an online circuits class so it’s difficult to get answers to questions so this really helps clear things up 🎉

[@straws9514]

Thank you so much for this video! I was having a hard time understanding saturation and cutoff from my lecture, but your explanation made it so much clearer. I really appreciate the effort you put into creating this content. It has been incredibly helpful!

[@nasben8855]

Thank you Professor, I wish you were my teacher in college.

[@5milessep]

I came here to say the exact same thing. 40 years ago my lecturer totally lost me with transistor circuits, the professor makes it so straight forward 👏👏👏

[@fmashockie]

Thank you so much for these videos! I'm trying to improve my circuit theory reading 'Art of Electronics' and your videos clarify certain topics I don't always get the 1st time while reading. Thank you!

[@LISANCACOM]

Thanks your sharing. You're well explained. You're awesome.

[@Dman0690]

Thank you for a highly useful explanation. Your insight really helps to simplify the subject matter to a point that it is far easy to understand than the explanation in my textbook. Great video.

[@clems6989]

My little green man keeos bursting into flames !... Good job Bob !

[@manaoharsam4211]

Amazing explanation.

[@RachidEr-rami]

Well Explained , thanks Sir .

[@boguraevmv]

Thanks. I like this video. Saturation is incredible effect.

[@francismannion7075]

Thank you for a great lesson.

[@MrDoneboy]

Thanks again, Bob!

[@missionimpossible5657]

Amazing explnation!

[@mrshodz]

Great video.

[@formbi]

yess, you're finally back!

[@syamilmn2046]

Thanks man you're the best 👍👍

[@richardwhalen1859]

Thank you for your thorough explanation. It really helped clear up a lot of things for me. Your examples are great.

[@mrelectromaniac6886]

Very good 👍 explained

[@ebittoes]

Thank you very much

[@fano72]

Just awesome

[@joshuaemekaosu1059]

Thank you sir

[@adrianbordones4136]

Excelente explicación

[@sushmagr1194]

Hello,your lecturers are really great! But can you explain what might happen if collector and base are shorted? Assuming a short in Ic due to external factors

[@21thTek]

Excelent !! ⭐⭐⭐⭐⭐

[@arashyusefi1889]

Thanks 🙏👍💯😊

[@pincopallino590]

Nice !

[@AntonAnton-pt7xi]

How to make transistor swith at certain voltage? Thank you

[@kaursingh637]

thank u for excellent lecture == please teach me mosfer - -thank u sir - amarjit -- india

[@shehandasanayaka8012]

Sir, datasheet give detail about Vce (sat) = Ic.100mA , Ib 10mA , it mean Ib 5mA if Ic = 50mA ... is this correct ...

[@SouravTechLabs]

The relationship between Ib and Ic is not necessarily linear, especially in the saturation region of a transistor. So cannot directly halve the base current to get a proportionate reduction in collector current. It's common to assume linearity for rough calculations (like Ib = 5 mA for Ic = 50 mA in your example), the actual relationship can vary depending on the transistor's characteristics and the operating region.