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VivTronics
Индия
Добавлен 16 апр 2020
This Channel Contains
Electronics & Communication Engineering Subjects & Electronics Subjects for EEE Students.
Go through the playlists for Subject Details.
Electronics & Communication Engineering Subjects & Electronics Subjects for EEE Students.
Go through the playlists for Subject Details.
Common Base Amplifier -BJT | small signal Analysis | ECA | ECAD | JNTUA
Explained Small Signal Analysis of CB Amplifier (Common Base Amplifier) Hybrid pi Analysis and its Derivation under ECA subject, JNTUA R-19 Syllabus.
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Topic covered: Small Signal Analysis of CB Amplifier
Subject: Electronic Circuits analysis and design (ECAD | ECA)
Unit-1
Syllabus: R-19 JNTUA
Under the syllabus: BJT Small Signal Models: Bipolar linear amplifier, Graphical and ac equivalent circuit, Small signal hybrid-Πequivalent circuit, Hybrid-Πequivalent circuit including the early effect, other small signal parameters and equivalent circuits-h-parameters.
Small Signal Analy...
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Topic covered: Small Signal Analysis of CB Amplifier
Subject: Electronic Circuits analysis and design (ECAD | ECA)
Unit-1
Syllabus: R-19 JNTUA
Under the syllabus: BJT Small Signal Models: Bipolar linear amplifier, Graphical and ac equivalent circuit, Small signal hybrid-Πequivalent circuit, Hybrid-Πequivalent circuit including the early effect, other small signal parameters and equivalent circuits-h-parameters.
Small Signal Analy...
Просмотров: 4 216
Видео
Small Signal Analysis of CC Amplifier | Emitter follower | ECA | ECAD | Unit-1-6
Просмотров 3 тыс.3 года назад
Explained Small Signal Analysis of CC Amplifier (Common Collector Amplifier) Hybrid pi Analysis and its Derivation under ECA subject, JNTUA R-19 Syllabus. This is also called as Emitter follower circuit. Topic covered: Small Signal Analysis of CC Amplifier Subject: Electronic Circuits analysis and design (ECAD | ECA) Unit-1 Syllabus: R-19 JNTUA Under the syllabus: BJT Small Signal Models: Bipol...
AC Load Line Analysis & Maximum Symmetrical Swing | ECAD | ECA | JNTUA R-19 | Unit-1-5
Просмотров 2,7 тыс.3 года назад
Explained ac load line analysis of CE Amplififer, maximum symmetrical swing of CE Amplifier Circuit under ECA subject, JNTUA R-19 Syllabus Topic covered: Small Signal Analysis: Basic CE amplifier circuit, Circuit with Emitter resistance. Subject: Electronic Circuits analysis and design (ECAD | ECA) Unit-1 Syllabus: R-19 JNTUA Under the syllabus: BJT Small Signal Models: Bipolar linear amplifier...
Darlington pair amplifier | Emitter Follower | BJT OP-AMP | Unit-3-8 | ECA | ECAD
Просмотров 2,8 тыс.3 года назад
Explained Darling pair amplifier and simple emitter follower output stage of BJT OP-AMP ( Operational amplifier) . Input Impedance and Voltage gain of the Darlington pair. Simplified BJT operational amplifier circuit. Under ECA Subject, JNTUA R19 Syllabus. Topic covered: Darlington pair and simple emitter follower output, voltage gain, input and output impedances, simplified BJT operational amp...
Differential amplifier with active load - BJT & MOSFET | Unit-3-7 | ECA | ECAD
Просмотров 11 тыс.3 года назад
Explained Differential amplifier with active load BJT, Differential amplifier with active load MOSFET, Differential gain of differential amplifier with active load, what is active load. Under ECA Subject, JNTUA R19 Syllabus. Topic covered: Differential amplifier with active load, BJT Differential amplifier with active load, MOSFET differential amplifier with active load. Subject: Electronic Cir...
Common Emitter Amplifier - Hybrid-pi analysis Analysis | ECAD | Unit-1-4
Просмотров 8 тыс.3 года назад
Explained Common Emitter Amplifier - Hybrid-pi Analysis also called transconductance model of CE amplifier analysis. Discussed: Small signal equivalent circuit with hybird-pi model of CE Amplifier, Voltage gain derivation, Common emitter amplifier with emitter resistor, CE Amplifier with emitter bypass capacitor. simplified common emitter hybrid model, hybrid pi common emitter transistor model,...
FET Differential Amplifier | JFET Diff amp | Differential Gain | ECAD | ECA | Unit-3-6
Просмотров 2,2 тыс.3 года назад
FET Differential Amplifier | JFET Diff amp | Differential Gain | ECAD | ECA | Unit-3-6 Explained JFET Differential Amplifier small signal analysis, Small signal equivalent circuit, Differential Gain of FET Differential amplifier. Topic covered: JFET differential amplifier Subject: Electronic Circuits analysis and design (ECAD | ECA) Unit-3 Syllabus: R-19 JNTUA Under the syllabus Topics: Differe...
h- parameter equivalent circuit | Transistor Equivalent Circuit | ECA | ECAD | Unit-1-3
Просмотров 1,4 тыс.3 года назад
h- parameter equivalent circuit | Transistor Equivalent Circuit | ECA | ECAD | Unit-1-3 Topics Discussed in this video: other small signal parameters and equivalent circuits-h-parameters, re model, h parameters model equivalent circuit of CE configuration, generalized h parameter equivalent circuit, hie, hre, hoe, hfe, Amplifier configurations, Voltage amplifier, current amplifier, transconduct...
MOSFET Differential Amplifier Small Signal Analysis | Gain | CMRR | ECAD | ECA | Unit-3-5
Просмотров 9 тыс.3 года назад
MOSFET Differential Amplifier Small Signal Analysis | ECAD | ECA | Unit-3-5 Gain, Small signal equivalent circuit, Topic covered: Basic differential FET pair, small signal equivalent circuit analysis. Subject: Electronic Circuits analysis and design (ECAD | ECA) Unit-3 Syllabus: R-19 JNTUA Under the syllabus Topics: Differential and Multistage Amplifiers: Differential amplifier, basic BJT diffe...
Arithmetic Instructions of 8086 (part-1) | 8086 videos 8086 microprocessor Videos | MPMC R15-U2-V-4
Просмотров 2,1 тыс.3 года назад
Arithmetic Instructions of 8086 (part-1) | 8086 videos 8086 microprocessor Videos | MPMC R15-U2-V-4 Lecture on detailed arithmetic instructions of 8086 ,ADD,ADC,INC,SUB,SBB,DEC,NEG,MUL,IMUL,DIV & IDIV of arithmetic instructions & Comparison instruction and executable examples with EMU8086 software as per JNTUA R15 Syllabus Microprocessor and microcontrollers subject. . Topic covered: Detailed a...
Differential and Common mode input impedances | BJT Diff Amp | Unit-3-4 | ECAD | ECA
Просмотров 3,2 тыс.3 года назад
BJT - Differential Amplifier -Differential and Common mode input impedances | BJT Diff Amp | Unit-3-4 | ECAD | ECA Topics discussed: - Differential amplifier gains for sinusoidal input signals -Differential mode input impedance of differential amplifier -Common Mode input impedance of differential amplifier -Differential amplifier gain with emitter resistor (Swamping Resistors) - Problem Topic ...
Instruction set of 8086 microprocessor | Data Transfer instructions in 8086 | MPMC R15 U-2-V-3
Просмотров 5 тыс.3 года назад
Instruction set of 8086 microprocessor | Data Transfer instructions in 8086 | MPMC R15 U-2-V-3 Lecture on INSTRUCTION SET OF 8086 MICRO PROCESSOR & DATA TRANSFER INSTRUCTIONS OF 8086 and executable examples with EMU8086 software as per JNTUA R15 Syllabus Microprocessor and microcontrollers subject. . Topic covered: Instruction set of 8086 & Data Transfer Instructions of 8086 Unit 2 and Class 3 ...
Differential Amplifier -Small Signal Analysis, Differential Gain, Common mode Gain & CMRR | Unit-3-3
Просмотров 5 тыс.3 года назад
BJT - Differential Amplifier -Small Signal Analysis, Differential Gain, Common mode Gain & CMRR | Unit-3-3 | ECAD | ECA Topic covered: small signal equivalent circuit analysis, CMRR, differential and common mode gains. Subject: Electronic Circuits analysis and design (ECAD | ECA) Unit-3 Syllabus: R-19 JNTUA Under the syllabus Topics: Differential and Multistage Amplifiers: Differential amplifie...
Instruction Formats of 8086 microprocessor | Unit-2-2 | #MicroprocessorVideoLectures
Просмотров 34 тыс.3 года назад
Instruction Formats of 8086 microprocessor | Unit-2-2 | #MicroprocessorVideoLectures Lecture on Instruction Formats of 8086 microprocessor and examples as per JNTUA R15 Syllabus Microprocessor and microcontrollers subject . Topic covered:Instruction Formats of 8086 microprocessor Unit 2 and Class 2 of MPMC. Subject:15A04601 MICROPROCESSORS AND MICROCONTROLLERS Unit-1 Syllabus: R-15 JNTUA Under ...
Addressing Modes of 8086 microprocessor | MPMC| UNIT-2-1
Просмотров 7 тыс.3 года назад
Addressing Modes of 8086 microprocessor | MPMC| UNIT-2-1 Lecture on Addressing Modes of 8086 and examples as per JNTUA R15 Syllabus Microprocessor and microcontrollers subject . Topic covered: Addressing Modes of 8086 Unit 2 and Class 1 of MPMC. Subject:15A04601 MICROPROCESSORS AND MICROCONTROLLERS Unit-1 Syllabus: R-15 JNTUA Under the syllabus: Addressing Modes of 8086,Instruction Formats of 8...
DC transfer characteristics of differential amplifier | Using BJT | Unit-3-2 | ECA | ECAD
Просмотров 3,8 тыс.3 года назад
DC transfer characteristics of differential amplifier | Using BJT | Unit-3-2 | ECA | ECAD
Differential Amplifier using BJT | Differential Mode | Common mode | ECA | ECAD | Unit-3-1
Просмотров 8 тыс.3 года назад
Differential Amplifier using BJT | Differential Mode | Common mode | ECA | ECAD | Unit-3-1
Hybrid-π Model equivalent circuit of BJT | hybrid pi model of npn transistor ECA | ECAD | Unit-1-2
Просмотров 6 тыс.3 года назад
Hybrid-π Model equivalent circuit of BJT | hybrid pi model of npn transistor ECA | ECAD | Unit-1-2
Introduction to Electronic Circuit Analysis | ECA | BJT Small Signal Models | UNIT-1-1
Просмотров 6 тыс.3 года назад
Introduction to Electronic Circuit Analysis | ECA | BJT Small Signal Models | UNIT-1-1
Emitter follower High Frequency Response | CC Amplifier | ECA | ECAD | Unit-2-12
Просмотров 3,9 тыс.3 года назад
Emitter follower High Frequency Response | CC Amplifier | ECA | ECAD | Unit-2-12
Cascode Amplifier | High Frequency Response of Cascode amplifier | ECA | ECAD | Unit-2-11
Просмотров 6 тыс.3 года назад
Cascode Amplifier | High Frequency Response of Cascode amplifier | ECA | ECAD | Unit-2-11
High Frequency Response of CE Amplifier | CE and CS circuits | CB and CG circuits | ECA | Unit-2-10
Просмотров 6 тыс.3 года назад
High Frequency Response of CE Amplifier | CE and CS circuits | CB and CG circuits | ECA | Unit-2-10
High Frequency Analysis of FET | High Frequency Response of FET / MOSFET | ECA | ECAD | Unit-2-9
Просмотров 2,4 тыс.3 года назад
High Frequency Analysis of FET | High Frequency Response of FET / MOSFET | ECA | ECAD | Unit-2-9
Miller effect Capacitance in BJT Amplifiers | What is Miller effect ? | ECA | ECAD | Unit-2-8
Просмотров 9 тыс.3 года назад
Miller effect Capacitance in BJT Amplifiers | What is Miller effect ? | ECA | ECAD | Unit-2-8
High frequency model of BJT CE Amplifier | Hybrid-Pi Model of BJT | ECA | ECAD | Unit-2-7
Просмотров 4,5 тыс.3 года назад
High frequency model of BJT CE Amplifier | Hybrid-Pi Model of BJT | ECA | ECAD | Unit-2-7
Combined effects of coupling and bypass capacitor | Frequency Response | ECA | ECAD | Unit-2-6
Просмотров 2,3 тыс.3 года назад
Combined effects of coupling and bypass capacitor | Frequency Response | ECA | ECAD | Unit-2-6
Effect of Load capacitor | Effect of Bypass capacitor | Frequency response | ECA | ECAD | Unit-2-5
Просмотров 2,4 тыс.3 года назад
Effect of Load capacitor | Effect of Bypass capacitor | Frequency response | ECA | ECAD | Unit-2-5
Effect of Coupling capacitor on Low Frequency Response of CE Amplifier | ECAD | ECA | Unit-2-4
Просмотров 4,7 тыс.3 года назад
Effect of Coupling capacitor on Low Frequency Response of CE Amplifier | ECAD | ECA | Unit-2-4
Time Response Analysis of Series & Parallel Circuits | ECA | ECAD | Unit-2-3
Просмотров 1,2 тыс.3 года назад
Time Response Analysis of Series & Parallel Circuits | ECA | ECAD | Unit-2-3
Interrupts in 8086 Microprocessor | Interrupt Vector Cycle of 8086 | InterrupUnit-1-7 | JNTUA R15
Просмотров 9 тыс.3 года назад
Interrupts in 8086 Microprocessor | Interrupt Vector Cycle of 8086 | InterrupUnit-1-7 | JNTUA R15
highly tough subject😢😢😢😢😢
Best❤❤❤
I think In UTP Q1 is on and Q2 is off In LTP Q1 is off and Q2 is on Plz clarify my dout
Good explanation
if not mentioned 5 sample per sec then?
at last it will be +17 mam
Excellent class sir
thank you sir so much very clear explaination and ppt also very good
good explanation but many mistakes
Nice explanation mam...
Thank you so much mam
Depression me aa gaya video deoh ke
No words your explination was good❤
notes?
Itna bada kyu har lecture ko lakar chala jata hoo...sidha kaam ke baat bola Karo na
25:17 ....|A|= kA/1+AB .....the gain which u have written is for non inverting close loop amplifier....same mistake on Gayakwad.....
Great video, but maybe you could put subtitles in the next videos so we can understand better, but overall great explanation! Greetings from Mexico.
great explanation mam😊thank you
sir teach with energy
Sir how can current flow from ground to emitter node through Re resistor?current will flow from emitter node to ground through Re resistor.i am talking about direction of current through Re resistor.
4z^2/17z^2-2z+1 is the correct answer
Only reading where is the explanation..waste of time..😡😡😡😡😡😡😡
In datasheet the open loop gain of a particular op amp is not given. Please explain how can I get open loop voltage gain . Thanks
Nice. I was looking for input resistance. If Output is directly cnnected to inverting pin (Rf = 0)and R1 is absent,what will be the input resistance? I am using LM741 op amp having maximum bias current = 100 nA . Please .
Mam can you share the ppt
Nice lecture sir
😮
Scr
the video is in detail
Helpful thank you 😊
But doesn't open loop gain of compensated circuit increase?
Great explanation sir. I just had one doubt. Sir why is there a negative sign in the output voltage formula ?? Like how is IL in opposite direction to Ic ??
Ulta square wave😂
Sir Jntuh R18 vallaku kuda idhe syllabus ah air?
I think there may be an incorrect minus sign in your formula (Rc(v1-v2)(re-2RE))/ re(re+2RE) @ 24:09.The -2RE in the numerator should be +2RE to allow the terms (re+2RE) in the numerator and denominator to cancel to give Vo=(Rc(v1-v2)/re). I hope you do not mind me pointing this out. Regards
Thank you for you hard work in producing these excellent tutorials. Please explain what you are saying at 24:09 - I cannot quite hear. It is something about substituting an equation but cannot hear which equation. I would be grateful. Thank you.
Very good instruction. I needed this for my current project.
Excellent sir
Great thanks so much
Reading what is on slides
Thank you so much, this explanation helped me a lot
You teaching was clearly understood to me
Do you have an email? I have a question on how to solve some problems I working on
Tqqq sir🙏
Good morning sir
Sir can you this notes for lic 2017 regulation
Thankyou mam 🌹
Where can I get Mpy634
❤
Tq you madam 💜