Канал: Dynamic Electronic Concepts With RK

AKTU QUESTION(OP-AMP)

AKTU QUESTION(OP-AMP)

AKTU QUESTION (OP-AMP)

AKTU QUESTION (OP-AMP)

AKTU QUESTION

AKTU QUESTION

AKTU QUESTION (DIGITAL ELECRONICS)

AKTU QUESTION (DIGITAL ELECRONICS)

AKTU QUESTION(OP-AMP)

AKTU QUESTION(OP-AMP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (DYNAMIC RESISTANCE)

AKTU QUESTION (DYNAMIC RESISTANCE)

AKTU QUESTION (OP-AMP)

AKTU QUESTION (OP-AMP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (K-MAP)

AKTU QUESTION (CLAMPER)

AKTU QUESTION (CLAMPER)

AKTU QUESTION (CLIPPER)

AKTU QUESTION (CLIPPER)

Frequency Energy Harvesting DRA by Prof (Dr.) Rajveer Singh yaduvanshi

Frequency Energy Harvesting DRA by Prof (Dr.) Rajveer Singh yaduvanshi

APPLICATIONS OF WIRELESS DEVICES BY Prof (Dr.) Rajveer Singh Yaduvanshi

APPLICATIONS OF WIRELESS DEVICES BY Prof (Dr.) Rajveer Singh Yaduvanshi

SOP to POS using Direct method

SOP to POS using Direct method

Effect of Temperature on V-I characteristics

Effect of Temperature on V-I characteristics

Effect of Temperature on barrier potential and reverse saturation current

Effect of Temperature on barrier potential and reverse saturation current

POS TO SOP(CANANICAL FORM)

POS TO SOP(CANANICAL FORM)

L--4 Introduction of K-MAP (Conversion Of SOP to POS form )

L--4 Introduction of K-MAP (Conversion Of SOP to POS form )

L--1 Introduction of Data Representation (Uses of 1's and 2's Compliment )

L--1 Introduction of Data Representation (Uses of 1's and 2's Compliment )

L--3 Arithmetic Operation using 1's Compliment Method

L--3 Arithmetic Operation using 1's Compliment Method

L--2 Arithmetic Operation using 2's Compliment Method(Data Representation)

L--2 Arithmetic Operation using 2's Compliment Method(Data Representation)

BEC-101-1

BEC-101-1

RF Energy Harvesting Lecture 3 by Prof (Dr.) Rajveer Singh yaduvanshi

RF Energy Harvesting Lecture 3 by Prof (Dr.) Rajveer Singh yaduvanshi

RF Energy Harvesting Lecture 2 by Prof (Dr.) Rajveer Singh yaduvanshi

RF Energy Harvesting Lecture 2 by Prof (Dr.) Rajveer Singh yaduvanshi

RF Energy Harvesting Lecture 1 by Prof (Dr.) Rajveer Singh yaduvanshi

RF Energy Harvesting Lecture 1 by Prof (Dr.) Rajveer Singh yaduvanshi

Introduction of Absorber and real life applications By Prof (Dr.) Rajveer Singh yaduvanshi

Introduction of Absorber and real life applications By Prof (Dr.) Rajveer Singh yaduvanshi

L- 14-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 14-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 13-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 13-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 11-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 11-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 12-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 12-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 10-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 10-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 9-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 9-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 8-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 8-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 7-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L- 7-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-6 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-6 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-5 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-5 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-4-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-4-Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-3 -Prof Rajveer Yaduvanshi lect on Introduction of Absorber

L-3 -Prof Rajveer Yaduvanshi lect on Introduction of Absorber

L-2 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-2 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-1 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

L-1 -Prof Rajveer Yaduvanshi lect on DRA(Dielectric resonator antenna)

Information 3

Information 3

Infarmation 2

Infarmation 2

Infarmation

Infarmation

12

Expert lecture on Sensor Design BY Prof(Dr.) RAJVEER SINGH YADUVANSHI

Expert lecture on Sensor Design BY Prof(Dr.) RAJVEER SINGH YADUVANSHI

Information 7

Information 7

L--1--FEEDBACK AMPLIFIER (VOLTAGE-- AMPLIFIER)

L--1--FEEDBACK AMPLIFIER (VOLTAGE-- AMPLIFIER)

5-VARIABLE K--MAP (DETAIL)

5-VARIABLE K--MAP (DETAIL)

L--6--TRIANGLE PULSE (FOURIER TRANSFORM)

L--6--TRIANGLE PULSE (FOURIER TRANSFORM)

L-5--RECTANGULAR SIGNAL (FOURIER TRANSFORM)

L-5--RECTANGULAR SIGNAL (FOURIER TRANSFORM)

L--4-FOURIER TRANSFORM CONTINUE( Signum and Step signal and duality PROPERTY)

L--4-FOURIER TRANSFORM CONTINUE( Signum and Step signal and duality PROPERTY)

L-3--FOURIER TRANSFORM CONTINUE.

L-3--FOURIER TRANSFORM CONTINUE.

L-2--FOURIER TRANSFORM PROPERTY

L-2--FOURIER TRANSFORM PROPERTY

L-1-SIGNAL AND SYSTEM (FOURIER TRANSFORM )

L-1-SIGNAL AND SYSTEM (FOURIER TRANSFORM )

DIODE EQUIVALENT CIRCUIT(PIECEWISE LINEAR DIODE)

DIODE EQUIVALENT CIRCUIT(PIECEWISE LINEAR DIODE)

5.8 --- (DEMODULATION TECHNIQE OR ENVELOPE DETECTOR)

5.8 --- (DEMODULATION TECHNIQE OR ENVELOPE DETECTOR)

5.7---(NEED OF MODULATION)

5.7---(NEED OF MODULATION)

5.6---(MODULATION TECHNIQE)

5.6---(MODULATION TECHNIQE)

5.5---(MULTI TONED MODULATION)

5.5---(MULTI TONED MODULATION)

5.4-- (RELATIONSHIP BETWEEN Pc AND Pt)

5.4-- (RELATIONSHIP BETWEEN Pc AND Pt)

5.3--- (2ND METHOD CALCULATION OF MODULATION INDEX)

5.3--- (2ND METHOD CALCULATION OF MODULATION INDEX)

5.2--(AMPLITUDE MODULATION AND MODULATION INDEX)

5.2--(AMPLITUDE MODULATION AND MODULATION INDEX)

5.1-- (ELEMENT OF COMMUNICATION SYSTEM)

5.1-- (ELEMENT OF COMMUNICATION SYSTEM)

INFORMATION FOR EXAM

INFORMATION FOR EXAM

Prof Rajveer Yaduvanshi,Talk on Education & Technology

Prof Rajveer Yaduvanshi,Talk on Education & Technology

DIODE-6 (V-I CHARECTERISTICS )

DIODE-6 (V-I CHARECTERISTICS )

DIODE-5(FORWORD BIASE AND REVERSE BIASE)

DIODE-5(FORWORD BIASE AND REVERSE BIASE)

DIODE-4(PN-JUNCTION DIODE)

DIODE-4(PN-JUNCTION DIODE)

DIODE-2(N-TYPE SEMICONDUCTOR)

DIODE-2(N-TYPE SEMICONDUCTOR)

DIODE-3 (P-TYPE SEMICONDUCTOR)

DIODE-3 (P-TYPE SEMICONDUCTOR)

NUMBER SYSTEM-3

NUMBER SYSTEM-3

NUMBER SYSTEM-2

NUMBER SYSTEM-2

NUMBER SYSTEM-1

NUMBER SYSTEM-1

FET-2(N-CHANNEL JUNCTION FIELD EFFECT TRANSISTOR)

FET-2(N-CHANNEL JUNCTION FIELD EFFECT TRANSISTOR)

FET-3(N-CHANNEL DEPLETION AND ENHANCEMENT TYPE MOSFET))

FET-3(N-CHANNEL DEPLETION AND ENHANCEMENT TYPE MOSFET))

BJT-7(COMMON-BASE CONFIGURATION)

BJT-7(COMMON-BASE CONFIGURATION)

INTRODUCTION OF P-N JUNCTION DIODE AND APPLICATIONS

INTRODUCTION OF P-N JUNCTION DIODE AND APPLICATIONS

BJT-4(COMMON EMITTER CONFIGURATION)

BJT-4(COMMON EMITTER CONFIGURATION)

BJT-3(DERIVATION OF LEAKAGE CURRENT,EARLY EFFECT)

BJT-3(DERIVATION OF LEAKAGE CURRENT,EARLY EFFECT)

BJT-6(DIFFERECE BETWEEN BJT AND FET)

BJT-6(DIFFERECE BETWEEN BJT AND FET)

FET-1(INTRODUCTION OF FIELD EFFECT TRANSISTOR)

FET-1(INTRODUCTION OF FIELD EFFECT TRANSISTOR)

BJT-5(GRAPHICAL ANALYSIS OF AMPLIFICATION)

BJT-5(GRAPHICAL ANALYSIS OF AMPLIFICATION)

BJT-1(INRODUCTION OF BJT CONSTRUCTION AND WORKING)

BJT-1(INRODUCTION OF BJT CONSTRUCTION AND WORKING)

BJT-2(RELATION BETWEEN ALPHA,BEETA,GAMA )

BJT-2(RELATION BETWEEN ALPHA,BEETA,GAMA )

L--45--CLIPPER DESIGN

L--45--CLIPPER DESIGN

L--44--CLAMPER DESIGN

L--44--CLAMPER DESIGN

L--43--CLAMPER DESIGN

L--43--CLAMPER DESIGN

L--35-INTRODUCTION OF ZENER DIODE

L--35-INTRODUCTION OF ZENER DIODE

L--37--ZENER DIODE

L--37--ZENER DIODE

L--41--ZENER DIODE

L--41--ZENER DIODE

L--42--ZENER DIODE

L--42--ZENER DIODE

L--40--ZENER DIODE

L--40--ZENER DIODE

L--39--ZENER DIODE

L--39--ZENER DIODE

L--38--ZENER DIODE

L--38--ZENER DIODE

L--36--ZENER DIODE

L--36--ZENER DIODE

L--34--DIODE NUMERICAL

L--34--DIODE NUMERICAL

L--33--CLAMPER NUMERICAL

L--33--CLAMPER NUMERICAL

L-32--CLIPPER NUMERICAL

L-32--CLIPPER NUMERICAL

L-31--BRIDGE RECTIFIER (NUMERICAL-1)

L-31--BRIDGE RECTIFIER (NUMERICAL-1)

L-30--DIODE NUMERICAL PROBLEMS

L-30--DIODE NUMERICAL PROBLEMS

L--29--BRIDGE RECTIFIER (NUMERICAL)

L--29--BRIDGE RECTIFIER (NUMERICAL)

L--27--VOLTAGE MULTIPLIER(VOLTAGE TRIPLER AND QUADRUPLER)

L--27--VOLTAGE MULTIPLIER(VOLTAGE TRIPLER AND QUADRUPLER)

L--21--CLAMPER

L--21--CLAMPER

L--24--CLAMPER

L--24--CLAMPER

L--23-CLAMPER

L--23-CLAMPER

L--25--VOLTAGE DAUBLER (H.W.V.D.)

L--25--VOLTAGE DAUBLER (H.W.V.D.)

L--26--VOLTAGE DOUBLER(F.W.V.D)

L--26--VOLTAGE DOUBLER(F.W.V.D)

L--22--CLAMPER

L--22--CLAMPER

L-28-VOLTAGE MULTIPLIER

L-28-VOLTAGE MULTIPLIER

L--14--CLIPPER

L--14--CLIPPER

L--17--CLIPPER

L--17--CLIPPER

L--18--CLIPPER

L--18--CLIPPER

L--15--CLIPPER

L--15--CLIPPER

L--19--CLIPPER

L--19--CLIPPER

L--20--CLIPPER

L--20--CLIPPER

L--16--CLIPPER

L--16--CLIPPER

L--10--CLIPPER

L--10--CLIPPER

L--11--CLIPPER

L--11--CLIPPER

L--8--INTRODUCTION OF CLIPPER

L--8--INTRODUCTION OF CLIPPER

L--14--CLIPPER

L--14--CLIPPER

INTRODUCTION OF NODE ANALYSIS

INTRODUCTION OF NODE ANALYSIS

L--13--CLIPPER

L--13--CLIPPER

L--9--CLIPPER

L--9--CLIPPER

L--12--CLIPPER

L--12--CLIPPER

information for EMERGING DOMAIN IN ELECTRONICS ENGG.

information for EMERGING DOMAIN IN ELECTRONICS ENGG.

INTRODUCTION OF KVL

INTRODUCTION OF KVL

Introduction of KCL

Introduction of KCL

information

information

Book Vimochan (Speech-6)

Book Vimochan (Speech-6)

Book Vimochan (Speech-5)

Book Vimochan (Speech-5)

Book Vimochan (Speech-4)

Book Vimochan (Speech-4)

Book Vimochan (Speech-3)

Book Vimochan (Speech-3)

Book Vimochan (Speech-2)

Book Vimochan (Speech-2)

Book Vimochan (Speech-1)

Book Vimochan (Speech-1)

Book Vimochan

Book Vimochan

L--7--BRIDGE RECTIFIER CONTINUE....

L--7--BRIDGE RECTIFIER CONTINUE....

L--6--BRIDGE RECTIFIER CONTINUE..

L--6--BRIDGE RECTIFIER CONTINUE..

L--5--BRIDGE RECTIFIER

L--5--BRIDGE RECTIFIER

L--3--Calculation of half wave RECTIFIER following parameter

L--3--Calculation of half wave RECTIFIER following parameter

L--4--Full Wave RECTIFIER--Centre Tapped Full Wave RECTIFIER

L--4--Full Wave RECTIFIER--Centre Tapped Full Wave RECTIFIER

L--2--HALF WAVE RECTIFIER (H.W.R.)

L--2--HALF WAVE RECTIFIER (H.W.R.)

L--1--DIODE APPLICATIONS AND INTRODUCTION OF RECTIFIER

L--1--DIODE APPLICATIONS AND INTRODUCTION OF RECTIFIER

L--24--PIN DIAGRAM OF OP-AMP AND CALCULATION OF CMRR

L--24--PIN DIAGRAM OF OP-AMP AND CALCULATION OF CMRR

L--2--CHARECTERISTICS OF IDEAL OP-AMP

L--2--CHARECTERISTICS OF IDEAL OP-AMP

--BLOCK DIAGRAM OF OP-AMP

--BLOCK DIAGRAM OF OP-AMP

L--17--OP-AMP TUTORIAL

L--17--OP-AMP TUTORIAL

L--3---VIRTUAL GROUND CONDITIONS (V.G.C.)

L--3---VIRTUAL GROUND CONDITIONS (V.G.C.)

L--23--SLEW RATE (S.R)

L--23--SLEW RATE (S.R)

L--22--PRACTICAL OP-AMP

L--22--PRACTICAL OP-AMP

L--19-2--COMPARATOR

L--19-2--COMPARATOR

L--21--EQUIVALENT CIRCUIT OF PRACTICAL OP-AMP

L--21--EQUIVALENT CIRCUIT OF PRACTICAL OP-AMP

L--20--PRACTICAL OP-AMP

L--20--PRACTICAL OP-AMP

L--19--CAMPARATOR

L--19--CAMPARATOR

L--18--TRANSFER CHARACTERISTIC OF PRACTICAL OP-AMP

L--18--TRANSFER CHARACTERISTIC OF PRACTICAL OP-AMP

Electronic IoT by Prof (Dr.) Rajveer Singh yaduvanshi

Electronic IoT by Prof (Dr.) Rajveer Singh yaduvanshi

L--13--OP-AMP TUTORIAL

L--13--OP-AMP TUTORIAL

L--12--Applications of Integrator

L--12--Applications of Integrator

L--11--Applications of differentiator

L--11--Applications of differentiator

L--10--Unity Gain Amplifier ( Voltage follower)

L--10--Unity Gain Amplifier ( Voltage follower)

L--16--OP-AMP TUTORIAL

L--16--OP-AMP TUTORIAL

L--15--OP-AMP TUTORIAL

L--15--OP-AMP TUTORIAL

L--14--OP-AMP TUTORIAL

L--14--OP-AMP TUTORIAL

L--6--NON-INVERTING SUMMING AMPLIFIER

L--6--NON-INVERTING SUMMING AMPLIFIER

L--5--INVERTING SUMMING AMPLIFIER

L--5--INVERTING SUMMING AMPLIFIER

L--43--Flip-Flop Conversion

L--43--Flip-Flop Conversion

L--44--Race Around Condition

L--44--Race Around Condition

L--46--6- Variable K-Map

L--46--6- Variable K-Map

L--45--5-Variable K-Map

L--45--5-Variable K-Map

L--42--Summary of all Flip-Flops

L--42--Summary of all Flip-Flops

Introduction of IoT Continue..by Prof (Dr.) Rajveer Singh yaduvanshi

Introduction of IoT Continue..by Prof (Dr.) Rajveer Singh yaduvanshi

L--41--Introduction of D-Flip-Flop AND T-Flip-Flop

L--41--Introduction of D-Flip-Flop AND T-Flip-Flop

Introduction of IoT by Prof ( Dr.) Rajveer Singh yaduvanshi

Introduction of IoT by Prof ( Dr.) Rajveer Singh yaduvanshi

Introduction of mobile communications by Prof(Dr.) Rajveer Singh yaduvanshi

Introduction of mobile communications by Prof(Dr.) Rajveer Singh yaduvanshi

INTRODUCTION OF OXYMETER BY Prof (Dr.) Rajveer Singh yaduvanshi

INTRODUCTION OF OXYMETER BY Prof (Dr.) Rajveer Singh yaduvanshi

Quantum antenna detail

Quantum antenna detail

Opto electronics by prof (Dr.) Rajveer Singh yaduvanshi

Opto electronics by prof (Dr.) Rajveer Singh yaduvanshi

L--38--S-R FLIP-FLOP

L--38--S-R FLIP-FLOP

L--39--S-R FLIP-FLOP--1

L--39--S-R FLIP-FLOP--1

L--37--S-R NOR LATCH

L--37--S-R NOR LATCH

L--40--J-K FLIP- FLOP

L--40--J-K FLIP- FLOP

L--80-- DUALITY

L--80-- DUALITY

L--34--DIGITAL COMPRATOR

L--34--DIGITAL COMPRATOR

L--77--RC-RL-LC IMMITANACE FUNCTION AND PROPERTY

L--77--RC-RL-LC IMMITANACE FUNCTION AND PROPERTY

L--36-- SEQUENTIAL CIRCUIT(S-R NAND LATCH)

L--36-- SEQUENTIAL CIRCUIT(S-R NAND LATCH)

L--79--TWO PORT NETWORK NUMERICAL WITH TRANSFORMER

L--79--TWO PORT NETWORK NUMERICAL WITH TRANSFORMER

L--33-- ENCODER

L--33-- ENCODER

L--78 CONTINUE...77.

L--78 CONTINUE...77.

L-35--Digital comparator continue..

L-35--Digital comparator continue..

L--28--Multiplexer--3

L--28--Multiplexer--3

L--32- Decoder

L--32- Decoder

L--27--Multiplexer--2

L--27--Multiplexer--2

L--31--De-Multiplexer--1

L--31--De-Multiplexer--1

L--29--Multiplexer--4

L--29--Multiplexer--4

L--30--De-Multiplexer

L--30--De-Multiplexer

Quantam Li DAR by Prof(Dr.) Rajveer Singh yaduvanshi

Quantam Li DAR by Prof(Dr.) Rajveer Singh yaduvanshi

L--25--Multiplexer

L--25--Multiplexer

L--26--Multiplexer--1

L--26--Multiplexer--1

L--23--Full Subtractor

L--23--Full Subtractor

L--21--Full Adder Circuit--1

L--21--Full Adder Circuit--1