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How Transistor works as an Amplifier | Transistor as an Amplifier | Transistor Amplifier 

Jan visual physics
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Explore the fascinating world of transistors in this insightful video. Learn how transistors, semiconductor devices, play a crucial role in rectifying, amplifying, and switching electronic signals. Delve into their application in digital circuits, powering essential components like computer processors and memory chips. Understand how transistors act as on/off switches and amplify weak signals, impacting devices such as amplifiers and radios. The video focuses on bipolar junction transistors, examining their three-layer structure-emitter, base, and collector. Discover the intricate process of signal amplification and the common-emitter configuration. Analogies, like a transistor as a valve in a water pipe, aid in visualizing these complex concepts. Gain valuable insights into the significance of transistors in modern electronics.
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If you have any of the following questions in your mind then this video is helpful for you.
How do transistor work. How does a transistor act as an amplifier. How BJT is used as an amplifier. What is a transistor used for. How does transistor acts as a switch. What is a transistor and type. What is transistor and its characteristics. In which state transistor is used as a switch. Why use transistor instead of switch. What is transistor and its working. How do transistors amplify current. Does a transistor amplify current or voltage. What type of amplifier is a BJT. What is the transistor analogy of water. What is the NPN water analogy. What transistor amplifier application. transistor amplifier circuit diagram. How Transistor work as an amplifier. Transistor as an amplifier. What is Transistor amplifier. What is Transistor as a switch. Transistor as switch. transistors explained.
#Transistors #SemiconductorDevices #Electronics #SignalAmplification #DigitalCircuits #BipolarJunctionTransistors #FieldEffectTransistors #CommonEmitterConfiguration #TechnologyExplained #ElectronicsBasics #Amplifiers #Circuitry #ModernElectronics #DigitalSwitching #ElectronicsEducation #TechInsights #ScienceExplained #ValveAnalogy #Microelectronics #ElectronicsEngineering #DigitalDevices #TechTalk #ElectricalEngineering #InnovationInElectronics #ElectronicComponents #LearnElectronics #TechEducation

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19 ноя 2023

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Комментарии : 32   
@techtimes1985
@techtimes1985 7 месяцев назад
Superb animation, easy to follow.
@kitkirkyen2002
@kitkirkyen2002 6 месяцев назад
Amazing. Thank you so much.
@Ishtiaqabbasi1982
@Ishtiaqabbasi1982 7 месяцев назад
Very infomative
@Smegma_pirate
@Smegma_pirate 5 месяцев назад
Awesome video thank you
@senthilkumarsenthil832
@senthilkumarsenthil832 Месяц назад
Really useful god bless you and your family 🙏
@senthilkumarsenthil832
@senthilkumarsenthil832 Месяц назад
Really wonderful pls upload lots of videos pls pls 🙏
@serdar-ors
@serdar-ors Месяц назад
pure excellent, thanks
@faisalahmad812
@faisalahmad812 4 месяца назад
thank you;You Beuty 👏👏
@gustafbstrom
@gustafbstrom Месяц назад
Q1: Why do we need that resistor? Or put differently: what would happen if we removed it? Q2: What decides how high resistance that transistor should have? Thanks for the video!
@vahidfarzi376
@vahidfarzi376 4 месяца назад
Very nice thank you❤
@Janvisualphysics
@Janvisualphysics 4 месяца назад
You're welcome
@FazalMola-ur8ns
@FazalMola-ur8ns 2 месяца назад
❤❤❤❤❤
@user-cj6zv7tv4p
@user-cj6zv7tv4p 4 месяца назад
Hello, why does electrical flow comes from the Plus terminal of battery instead of minus?
@Janvisualphysics
@Janvisualphysics 4 месяца назад
It's convention. In reality electricity is the flow of electrons, from negative to positive terminal.
@markadadofficial
@markadadofficial Месяц назад
Between your head and butt which part are you thinking from??
@unosquash
@unosquash 24 дня назад
​@@markadadofficialactually, hes right. Electricity flows from negative to positive on a battery.
@PravdaSeed
@PravdaSeed 3 месяца назад
🔋🧞🔋 thanks 💯.
@Compton05
@Compton05 2 месяца назад
You have any videos with capacitors and mosfets ?
@Janvisualphysics
@Janvisualphysics 2 месяца назад
Capacitors ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-6FLl0gzJGEw.html
@Janvisualphysics
@Janvisualphysics 2 месяца назад
Transistor ru-vid.com/video/%D0%B2%D0%B8%D0%B4%D0%B5%D0%BE-0Z8tslPvU0o.html
@Compton05
@Compton05 2 месяца назад
@@Janvisualphysics thanks great work !! Is too much to ask i fly drone and would love to see a video on how you explain on a Flight controller F4 or F7 it be nice to see your work in action . Link me if you do make 1 , thanks again
@helahela-qx2sd
@helahela-qx2sd 3 месяца назад
thanks 🤍🤍
@user-nw2yz1jz1e
@user-nw2yz1jz1e Месяц назад
الوليه صوتها سمح
@faisalahmad812
@faisalahmad812 4 месяца назад
in the video b\w 2;50and 3;30 seconds //the Emittor isn't reverse biased/ explain plz plz'???🧐🙏
@Janvisualphysics
@Janvisualphysics 4 месяца назад
Going to bed. Tired. Tomorrow I will explain, don't mind.
@sabarasoolrasoolbux2679
@sabarasoolrasoolbux2679 4 месяца назад
​@@Janvisualphysics explain plz
@Janvisualphysics
@Janvisualphysics 4 месяца назад
Npn transistor is connected to batteries. On input side, Emitter ( n type material...negative ) is connected to the negative terminal of small battery and base ( p type material....positive) is connected to positive terminal. This makes emitter base forward based, baising means the way you make connections. On the output side collector (-) is connected to the positive terminal of the large battery while base (+) is connected to the negative terminal. This way collector base is reversed biased. For a transistor to work as amplifier, it is necessary to make emitter base forward biased and collector base reverse biased. I hope this was helpful. Feel free to ask if you still have any question.
@Janvisualphysics
@Janvisualphysics 4 месяца назад
Npn transistor is connected to batteries. On input side, Emitter ( n type material...negative ) is connected to the negative terminal of small battery and base ( p type material....positive) is connected to positive terminal. This makes emitter base forward based, baising means the way you make connections. On the output side collector (-) is connected to the positive terminal of the large battery while base (+) is connected to the negative terminal. This way collector base is reversed biased. For a transistor to work as amplifier, it is necessary to make emitter base forward biased and collector base reverse biased. I hope this was helpful. Feel free to ask if you still have any question.
@SnifterRoux
@SnifterRoux 5 месяцев назад
Isn't the collector only moderately doped?
@Janvisualphysics
@Janvisualphysics 5 месяцев назад
No. Collector collect 95% of the incoming charges,therefore it need to be heavily doped.
@betheljw7416
@betheljw7416 4 месяца назад
If the collector is heavily doped as you suggest.. won't it (collector)get heat up as more electron are injected from the emitter? What's about the breakdown voltage too?🙏🙏
@garyscott1447
@garyscott1447 5 месяцев назад
Easier to understand when applied to plumbing eh. Then be a heating engineer instead.
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