Канал: KOTESH ACADEMY

2.7 Cascode Amplifier

2.7 Cascode Amplifier

2.6 Bootstrapped Emitter Follower

2.6 Bootstrapped Emitter Follower

2.5 Darlington Pair Emitter Follower

2.5 Darlington Pair Emitter Follower

2.4 Two stage RC Coupled Amplifier

2.4 Two stage RC Coupled Amplifier

2.3 Types of Couplings || Analog Electronics

2.3 Types of Couplings || Analog Electronics

2.2 Classifications of Multistage Amplifiers

2.2 Classifications of Multistage Amplifiers

2.1 Introduction to Multistage Amplifiers

2.1 Introduction to Multistage Amplifiers

59a. Python || ARRAY || Part 1

59a. Python || ARRAY || Part 1

58. Python || Lambda || Part 1

58. Python || Lambda || Part 1

57b. Python || Functions || Part 2

57b. Python || Functions || Part 2

57.1b. Python || Functions || Part 1B

57.1b. Python || Functions || Part 1B

57.1a. Python || Functions || Part 1A

57.1a. Python || Functions || Part 1A

56b. Python || FOR - Loop || Part 2

56b. Python || FOR - Loop || Part 2

56a. Python || FOR - Loop || Part 1

56a. Python || FOR - Loop || Part 1

55b. Python || WHILE - Loop || Part 2

55b. Python || WHILE - Loop || Part 2

55a. Python || WHILE Loop || Part 1

55a. Python || WHILE Loop || Part 1

54b. Python || IF - ELSE - Conditions || Part 2

54b. Python || IF - ELSE - Conditions || Part 2

54a. Python || IF - ELSE Conditions || Part 1

54a. Python || IF - ELSE Conditions || Part 1

53. Python || Dictionary || Methods

53. Python || Dictionary || Methods

52 Python || Dictionary || Nested Concept

52 Python || Dictionary || Nested Concept

51. Python || Dictionary || Loop Items using PyCharm

51. Python || Dictionary || Loop Items using PyCharm

50.Python || Dictionary || Remove Items

50.Python || Dictionary || Remove Items

49. Python || Dictionary || Add Items

49. Python || Dictionary || Add Items

48. Python || Dictionary || Change Items

48. Python || Dictionary || Change Items

47b. Python || Dictionary || Access Items || Part 2

47b. Python || Dictionary || Access Items || Part 2

47a. Python || Dictionary || Access Items || Part 1

47a. Python || Dictionary || Access Items || Part 1

46. Python || Dictionary || Introduction

46. Python || Dictionary || Introduction

45. Python || Set || Methods

45. Python || Set || Methods

44. Python || Set || Join || Items

44. Python || Set || Join || Items

43. Python || SET || Loop Items

43. Python || SET || Loop Items

42. Python || Set || Remove Items

42. Python || Set || Remove Items

41. Python || Set || Add items

41. Python || Set || Add items

40. Python || Set || Access Items

40. Python || Set || Access Items

39b. Python || Set || Part 2

39b. Python || Set || Part 2

39a. Python || Set || Part 1

39a. Python || Set || Part 1

38. Python || Tuple || Methods

38. Python || Tuple || Methods

37. Python || Tuple || Join

37. Python || Tuple || Join

36. Python || Tuple || Loop || Items

36. Python || Tuple || Loop || Items

35b. Python || Tuple || Unpack Items || Part 2

35b. Python || Tuple || Unpack Items || Part 2

35a. Python || Tuple || Unpack items || Part 1

35a. Python || Tuple || Unpack items || Part 1

34b. Python || Tuple || Update Items || Part 2

34b. Python || Tuple || Update Items || Part 2

34a. Python || Tuple || Update Items || Part 1

34a. Python || Tuple || Update Items || Part 1

33b. Python || Tuple || Access Items || Part 2

33b. Python || Tuple || Access Items || Part 2

33a. Python || Tuples || Access Items || Part 1

33a. Python || Tuples || Access Items || Part 1

32c. Python || Tuple || Part 3

32c. Python || Tuple || Part 3

32b. Python || Tuple || Part 2

32b. Python || Tuple || Part 2

32a. Python || Tuples || Part 1

32a. Python || Tuples || Part 1

31. Python || List || Methods

31. Python || List || Methods

30. Python || List || Join

30. Python || List || Join

29. Python || List || Copy

29. Python || List || Copy

28c. Python || List || Sort || Part 3

28c. Python || List || Sort || Part 3

28b. Python || List || Sort - Part 2

28b. Python || List || Sort - Part 2

28a. Python || List || Sort - Part 1

28a. Python || List || Sort - Part 1

27b. Python || List || Comprehension

27b. Python || List || Comprehension

27a. Python || List || Comprehension - PART 1

27a. Python || List || Comprehension - PART 1

26. Python || List || LOOP

26. Python || List || LOOP

25. Python || List || Remove Item

25. Python || List || Remove Item

24b. Python || List || Add Items || Part 2

24b. Python || List || Add Items || Part 2

24a. Python || List || Add Items || Part 1

24a. Python || List || Add Items || Part 1

23. Python || List || Change Items

23. Python || List || Change Items

22c Python || List || Access Items || Part 3

22c Python || List || Access Items || Part 3

22b.Python|| List || Access Items || Part 2

22b.Python|| List || Access Items || Part 2

22a. Python || List || Access Items || Part 1

22a. Python || List || Access Items || Part 1

21b. Python || List || Part - 2

21b. Python || List || Part - 2

21a. Python || List || Part 1

21a. Python || List || Part 1

20b. Python || Operators || Part 2

20b. Python || Operators || Part 2

20a. Python || Operators || Part 1

20a. Python || Operators || Part 1

19b. Python || Boolean || Part 2

19b. Python || Boolean || Part 2

19a. Python || Boolean || Part 1

19a. Python || Boolean || Part 1

18. Python || String - Methods

18. Python || String - Methods

17. Python || Escape - Character

17. Python || Escape - Character

16b. Python || Format - Strings

16b. Python || Format - Strings

16a. Python || Format -Strings || Part 1

16a. Python || Format -Strings || Part 1

15. Python || String Concatenation

15. Python || String Concatenation

14. Python || Modify Strings

14. Python || Modify Strings

12b.Python || Strings || Part 2

12b.Python || Strings || Part 2

12a. Python || Strings || Part 1

12a. Python || Strings || Part 1

8b.Python || Global Values using PyCharm

8b.Python || Global Values using PyCharm

8a. Python || Global Values || Part 1

8a. Python || Global Values || Part 1

13. Python || Slicing Strings

13. Python || Slicing Strings

7. Python || Output Variables

7. Python || Output Variables

6. Python Variables Assign Multiple Values

6. Python Variables Assign Multiple Values

11. Python || Casting

11. Python || Casting

10. Python || Numbers

10. Python || Numbers

9. Python || Data Types

9. Python || Data Types

5. Python Variable Names

5. Python Variable Names

4. Python Variables

4. Python Variables

3. Python - Comments

3. Python - Comments

2. Python - Syntax

2. Python - Syntax

1. Python - Introduction

1. Python - Introduction

0. Python & PyCharm IDLE Installation

0. Python & PyCharm IDLE Installation

Important Problems Solutions-5 on OP AMP || Linear & Digital Integrated Circuits

Important Problems Solutions-5 on OP AMP || Linear & Digital Integrated Circuits

Important Problems-Solutions - 4 on OP AMP || Linear and Digital Integrated Circuits

Important Problems-Solutions - 4 on OP AMP || Linear and Digital Integrated Circuits

Important Problems Solution-3 on OP-AMP || Linear and Digital Integrated Circuits

Important Problems Solution-3 on OP-AMP || Linear and Digital Integrated Circuits

Important Problems - Solution-2 on OP-AMP || Linear & Digital Integrated Circuits

Important Problems - Solution-2 on OP-AMP || Linear & Digital Integrated Circuits

Important Problems Solution-1 on OP-AMP || Linear and Digital Integrated Circuits

Important Problems Solution-1 on OP-AMP || Linear and Digital Integrated Circuits

5.7. Successive Approximation Register(SAR) || ADC (Analog to Digital Converter)

5.7. Successive Approximation Register(SAR) || ADC (Analog to Digital Converter)

5.6. COUNTER TYPE ADC (Analog-to- Digital Converter)

5.6. COUNTER TYPE ADC (Analog-to- Digital Converter)

5.5. Dual slope ADC

5.5. Dual slope ADC

5.4. Flash-Type ADC or Parallel Comparator ADC (Analog-to- Digital Converter)

5.4. Flash-Type ADC or Parallel Comparator ADC (Analog-to- Digital Converter)

5.3 Inverted R 2R Ladder DAC

5.3 Inverted R 2R Ladder DAC

5.2 R-2R LADDER Digital to Analog Converter

5.2 R-2R LADDER Digital to Analog Converter

5.1 Binary Weighted Resistor DAC

5.1 Binary Weighted Resistor DAC

1.14 TUNED AMPLIFIERS

1.14 TUNED AMPLIFIERS

4.2 ASTABLE MULTIVIBRATOR USING IC 555 TIMER

4.2 ASTABLE MULTIVIBRATOR USING IC 555 TIMER

4.3 MONOSTABLE MULTIVIBRATOR USING 555 TIMERS

4.3 MONOSTABLE MULTIVIBRATOR USING 555 TIMERS

4.1 Introduction to 555 Timers

4.1 Introduction to 555 Timers

3.9 All Pass Filter using IC 741

3.9 All Pass Filter using IC 741

3.8 Band Reject Filter using IC 741

3.8 Band Reject Filter using IC 741

3.7 Band Pass Filter using IC 741

3.7 Band Pass Filter using IC 741

3.6 Second-Order High Pass Butterworth Filter

3.6 Second-Order High Pass Butterworth Filter

3.5 First-Order High Pass Butterworth Filter using IC 741

3.5 First-Order High Pass Butterworth Filter using IC 741

3.4 Second-Order Low Pass Butterworth Filter

3.4 Second-Order Low Pass Butterworth Filter

3.3 First-order Low Pass Butterworth Filter using IC 741

3.3 First-order Low Pass Butterworth Filter using IC 741

3.2 Different Types of Filters

3.2 Different Types of Filters

3.1 Introduction to Filters

3.1 Introduction to Filters

2.18 Instrumentation Amplifier

2.18 Instrumentation Amplifier

2.17 Precision Rectifier using IC 741 Op-Amp

2.17 Precision Rectifier using IC 741 Op-Amp

2.16 Triangular wave generator using IC 741

2.16 Triangular wave generator using IC 741

2.15 Square wave generator using IC 741 OP-Amp

2.15 Square wave generator using IC 741 OP-Amp

2.14 Integrator using op amp

2.14 Integrator using op amp

2.13 Differentiator using OP-AMP

2.13 Differentiator using OP-AMP

2.12 Anti log operational amplifier

2.12 Anti log operational amplifier

2.11 Log Amplifier Using OP AMP

2.11 Log Amplifier Using OP AMP

2.10 Current to Voltage converter using IC 741 Op-Amp

2.10 Current to Voltage converter using IC 741 Op-Amp

2.9 Voltage to Current converter using IC 741 Op-Amp

2.9 Voltage to Current converter using IC 741 Op-Amp

2.8 Comparator using IC 741 Op-Amp

2.8 Comparator using IC 741 Op-Amp

2.7 Difference amplifier using OP-AMP

2.7 Difference amplifier using OP-AMP

2.6 AC Amplifiers using Op-Amp

2.6 AC Amplifiers using Op-Amp

2.5 Buffers using Op-Amp

2.5 Buffers using Op-Amp

2.4 Summing Non-inverting Operational amplifier using IC 741

2.4 Summing Non-inverting Operational amplifier using IC 741

2.3 Summing inverting operational amplifier using IC 741

2.3 Summing inverting operational amplifier using IC 741

2.2 Non-inverting operational amplifier using IC 741

2.2 Non-inverting operational amplifier using IC 741

2.1 Inverting Operational amplifier using IC 741

2.1 Inverting Operational amplifier using IC 741

1.8 AC & DC Characteristics of OP-AMP

1.8 AC & DC Characteristics of OP-AMP

1.7 Ideal & Practical characteristics and specifications

1.7 Ideal & Practical characteristics and specifications

1.6 Block diagram of IC 741

1.6 Block diagram of IC 741

1.5 Pin diagram of IC 741

1.5 Pin diagram of IC 741

1.4 Temperature ranges of ICs

1.4 Temperature ranges of ICs

1.3 IC Package Types

1.3 IC Package Types

1.2 IC Types and classifications

1.2 IC Types and classifications

1.1 Introduction to Integrated Circuits (IC)

1.1 Introduction to Integrated Circuits (IC)

How to use MENDELEY software for writing a reference paper

How to use MENDELEY software for writing a reference paper

1.10 Determination of Hybrid-pi model parameters

1.10 Determination of Hybrid-pi model parameters

1.11 Miller's Theorem

1.11 Miller's Theorem

1.9 Hybrid-pi model

1.9 Hybrid-pi model

1.7 Comparison of CB,CE & CC Amplifiers

1.7 Comparison of CB,CE & CC Amplifiers

1.8 Converting from CE to CB, CE to CC Amplifiers

1.8 Converting from CE to CB, CE to CC Amplifiers

1.12 Current gain CE amplifier with load resistance

1.12 Current gain CE amplifier with load resistance

1.13 Short circuit current gain CE amplifier

1.13 Short circuit current gain CE amplifier

1.3 Small Signal Hybrid Model Amplifier CHARACTERISTICS derivation

1.3 Small Signal Hybrid Model Amplifier CHARACTERISTICS derivation

1.6 CC Amplifier for small signal hybrid model

1.6 CC Amplifier for small signal hybrid model

1.5 CB amplifier for small signal hybrid model

1.5 CB amplifier for small signal hybrid model

1.4 CE AMPLIFIER USING SMALL SIGNAL HYBRID MODEL

1.4 CE AMPLIFIER USING SMALL SIGNAL HYBRID MODEL

7.5 Comparison of Various Oscillators

7.5 Comparison of Various Oscillators

7.4 Hartley and Colpitts Oscillators Operation

7.4 Hartley and Colpitts Oscillators Operation

7.3 Wien Bridge Oscillator using BJT

7.3 Wien Bridge Oscillator using BJT

7.2 RC Phase Shift Oscillator Operation and Derivation

7.2 RC Phase Shift Oscillator Operation and Derivation

7.1 Introduction to Oscillators

7.1 Introduction to Oscillators

8.4 Bistable Multivibrator using BJT

8.4 Bistable Multivibrator using BJT

8.5 Comparison of Multivibrator using BJT

8.5 Comparison of Multivibrator using BJT

8.3 Monostable Multivibrator using BJT

8.3 Monostable Multivibrator using BJT

8.2 Astable Multivibrator using BJT

8.2 Astable Multivibrator using BJT

8.1 Introduction to Multivibrators

8.1 Introduction to Multivibrators

6.15 Biased Clippers

6.15 Biased Clippers

6.14 Two Level Diode Clippers

6.14 Two Level Diode Clippers

6.13 Negative Shunt Clipper With Negative Reference Voltage

6.13 Negative Shunt Clipper With Negative Reference Voltage

6.12 Negative Shunt Clipper With Positive Reference Voltage

6.12 Negative Shunt Clipper With Positive Reference Voltage

6.11 Negative Shunt Clipper Without Reference Voltage

6.11 Negative Shunt Clipper Without Reference Voltage

6 .10 Positive Shunt Clipper With Negative Reference Voltage

6 .10 Positive Shunt Clipper With Negative Reference Voltage

6.9 Positive Shunt Clipper With Positive Reference Voltage

6.9 Positive Shunt Clipper With Positive Reference Voltage

6.8 Positive Shunt Clipper Without Reference Voltage

6.8 Positive Shunt Clipper Without Reference Voltage

6.7 Negative Series Clipper With Negative Reference Voltage

6.7 Negative Series Clipper With Negative Reference Voltage

6.6 Negative Series Clipper With Positive Reference Voltage

6.6 Negative Series Clipper With Positive Reference Voltage

6.5 Negative Series Clipper Without Reference Voltage

6.5 Negative Series Clipper Without Reference Voltage

6.4 Positive Series Clipper with Negative Reference Voltage

6.4 Positive Series Clipper with Negative Reference Voltage

6.3 Positive Series Clipper with Positive Reference Voltage

6.3 Positive Series Clipper with Positive Reference Voltage

6.2 Positive Series Clipper Without Reference Voltage

6.2 Positive Series Clipper Without Reference Voltage

6.1 Non-Linear Wave Shaping- Types of Clippers

6.1 Non-Linear Wave Shaping- Types of Clippers

3.2 VOLTAGE SERIES FEEDBACK AMPLIFIERS

3.2 VOLTAGE SERIES FEEDBACK AMPLIFIERS

3.6 COMPARISON OF VARIOUS FEEDBACK AMPLIFIERS

3.6 COMPARISON OF VARIOUS FEEDBACK AMPLIFIERS

5.4 INTEGRATOR (LPF) FOR STEP INPUT

5.4 INTEGRATOR (LPF) FOR STEP INPUT

5.3 INTEGRATOR (LOW PASS FILTER) FOR SINE WAVE INPUT

5.3 INTEGRATOR (LOW PASS FILTER) FOR SINE WAVE INPUT

5.7 DIFFERENTIATOR (HPF) FOR STEP INPUT

5.7 DIFFERENTIATOR (HPF) FOR STEP INPUT

5.6 DIFFERENTIATOR (HIGH PASS FILTER) FOR SINE WAVE INPUT

5.6 DIFFERENTIATOR (HIGH PASS FILTER) FOR SINE WAVE INPUT

5.2 HIGH PASS FILTER ACTS AS DIFFERENTIATOR

5.2 HIGH PASS FILTER ACTS AS DIFFERENTIATOR

3.5 CURRENT-SHUNT FEEDBACK AMPLIFIERS

3.5 CURRENT-SHUNT FEEDBACK AMPLIFIERS

3.4 CURRENT-SERIES FEEDBACK AMPLIFIER

3.4 CURRENT-SERIES FEEDBACK AMPLIFIER

3.1 POSITIVE AND NEGATIVE FEEDBACK AMPLIFIERS INTRODUCTION

3.1 POSITIVE AND NEGATIVE FEEDBACK AMPLIFIERS INTRODUCTION

5.5 INTEGRATOR (LOW PASS FILTER) FOR SQUARE WAVE INPUT

5.5 INTEGRATOR (LOW PASS FILTER) FOR SQUARE WAVE INPUT

5.8 DIFFERENTIATOR (HIGH PASS FILTER) FOR SQUARE WAVE INPUT

5.8 DIFFERENTIATOR (HIGH PASS FILTER) FOR SQUARE WAVE INPUT

5.1 LOW PASS FILTER acts as INTEGRATOR

5.1 LOW PASS FILTER acts as INTEGRATOR

3.3 VOLTAGE-SHUNT FEEDBACK AMPLIFIER

3.3 VOLTAGE-SHUNT FEEDBACK AMPLIFIER

Lec 03 HYBRID MODEL CHARACTERISTICS - ANALOG ELECTRONICS

Lec 03 HYBRID MODEL CHARACTERISTICS - ANALOG ELECTRONICS

1.2 HYBRID MODEL || - ANALOG ELECTRONICS

1.2 HYBRID MODEL || - ANALOG ELECTRONICS

1.1 TWO-PORT NETWORK

1.1 TWO-PORT NETWORK

NODAL ANALYSIS-NETWORK ANALYSIS

NODAL ANALYSIS-NETWORK ANALYSIS

Mesh Analysis-NETWORK ANALYSIS

Mesh Analysis-NETWORK ANALYSIS

HALF ADDER - Digital Electronics

HALF ADDER - Digital Electronics