Канал: Telugu Engineering

4 Amazing Facts About Technology || Fun Facts || #technology #techfacts #interestingfacts #telugu

4 Amazing Facts About Technology || Fun Facts || #technology #techfacts #interestingfacts #telugu

Parallel Block Statements - Example with Fork-Join || Verilog lectures in Telugu - 34

Parallel Block Statements - Example with Fork-Join || Verilog lectures in Telugu - 34

Initial Block Example || Verilog lectures in Telugu - 33

Initial Block Example || Verilog lectures in Telugu - 33

Initial Block || Verilog lectures in Telugu - 32

Initial Block || Verilog lectures in Telugu - 32

4-bit Left Shift Register - sequential design || Verilog lectures in Telugu - 31

4-bit Left Shift Register - sequential design || Verilog lectures in Telugu - 31

4:16 Decoder - sequential design || Verilog lectures in Telugu - 30

4:16 Decoder - sequential design || Verilog lectures in Telugu - 30

4:16 Decoder - combinational design || Verilog lectures in Telugu - 29

4:16 Decoder - combinational design || Verilog lectures in Telugu - 29

1:4 Demultiplexer - combinational design || Verilog lectures in Telugu - 27

1:4 Demultiplexer - combinational design || Verilog lectures in Telugu - 27

Combinational Design - Full Adder || Verilog lectures in Telugu - 27

Combinational Design - Full Adder || Verilog lectures in Telugu - 27

Combinational Design - Full Adder || Verilog lectures in Telugu - 25

Combinational Design - Full Adder || Verilog lectures in Telugu - 25

Combinational Design - Half Adder || Verilog lectures in Telugu - 25

Combinational Design - Half Adder || Verilog lectures in Telugu - 25

Always Block || Verilog lectures in Telugu - 23

Always Block || Verilog lectures in Telugu - 23

Designing combinational & Sequential design using always block ||

Designing combinational & Sequential design using always block ||

Concatenation & Replication Operators ||Verilog lectures in Telugu - 22

Concatenation & Replication Operators ||Verilog lectures in Telugu - 22

Operators || Verilog lectures in Telugu - 21

Operators || Verilog lectures in Telugu - 21

Assign statements || Verilog lectures in Telugu - 20

Assign statements || Verilog lectures in Telugu - 20

Module Instantiation - Methods || Verilog lectures in Telugu - 19

Module Instantiation - Methods || Verilog lectures in Telugu - 19

Ports & It's types || Verilog lectures in Telugu - 18

Ports & It's types || Verilog lectures in Telugu - 18

Module & It's purpose || Verilog lectures in Telugu - 17

Module & It's purpose || Verilog lectures in Telugu - 17

Memories in Verilog || Verilog lectures in Telugu - 16

Memories in Verilog || Verilog lectures in Telugu - 16

Arrays & Array assignment || Verilog lectures in Telugu - 15

Arrays & Array assignment || Verilog lectures in Telugu - 15

Bit-Select & Part-Select | Verilog lectures in Telugu - 14

Bit-Select & Part-Select | Verilog lectures in Telugu - 14

Scalar & Vector | Verilog lectures in Telugu - 13

Scalar & Vector | Verilog lectures in Telugu - 13

Examples for Data-Types || Verilog lectures in Telugu - 12

Examples for Data-Types || Verilog lectures in Telugu - 12

Integer, real, time, real time|| Verilog lectures in Telugu - 11

Integer, real, time, real time|| Verilog lectures in Telugu - 11

Identifiers & Keywords || Verilog lectures in Telugu - 7

Identifiers & Keywords || Verilog lectures in Telugu - 7

Wire | Datatypes || Verilog lectures in Telugu - 9

Wire | Datatypes || Verilog lectures in Telugu - 9

Nets | Datatypes || Verilog lectures in Telugu - 9

Nets | Datatypes || Verilog lectures in Telugu - 9

Content of the variable & It's significance || Verilog lectures in Telugu - 8

Content of the variable & It's significance || Verilog lectures in Telugu - 8

Operators and Number Format || Verilog lectures in Telugu - 6

Operators and Number Format || Verilog lectures in Telugu - 6

Comments & White spaces || Verilog lectures in Telugu - 5

Comments & White spaces || Verilog lectures in Telugu - 5

Different Levels of Abstraction || Verilog lectures in Telugu - 4

Different Levels of Abstraction || Verilog lectures in Telugu - 4

Digital Design Methodologies || Top- Down & Bottom-up approach || Verilog lectures in Telugu - 3

Digital Design Methodologies || Top- Down & Bottom-up approach || Verilog lectures in Telugu - 3

FPGA Design Flow || Verilog lectures in Telugu - 2

FPGA Design Flow || Verilog lectures in Telugu - 2

VLSI Design Flow - ASIC || Verilog lectures in Telugu - 1

VLSI Design Flow - ASIC || Verilog lectures in Telugu - 1

Switch statement || Java lectures in Telugu

Switch statement || Java lectures in Telugu

Conditional Operators || Java lectures in Telugu

Conditional Operators || Java lectures in Telugu

Operators || Java lectures in Telugu

Operators || Java lectures in Telugu

Type Casting || Java lectures in Telugu

Type Casting || Java lectures in Telugu

Data Types || Java lectures in Telugu

Data Types || Java lectures in Telugu

Variables || Java lectures in telugu

Variables || Java lectures in telugu

LVDT (linear variable differential transformer) in Telugu

LVDT (linear variable differential transformer) in Telugu

Thermistor || Telugu

Thermistor || Telugu

Transducer || Telugu

Transducer || Telugu

Transducer selection factors || Telugu

Transducer selection factors || Telugu

classification of transducers || Telugu

classification of transducers || Telugu

Schering's bridge || Telugu

Schering's bridge || Telugu

Hays bridge || Telugu

Hays bridge || Telugu

Signal or Wave analyzers || Telugu

Signal or Wave analyzers || Telugu

Maxwell Bridge || Telugu

Maxwell Bridge || Telugu

AC Bridges || Telugu

AC Bridges || Telugu

Function generator || Telugu

Function generator || Telugu

Signal Generators || Telugu

Signal Generators || Telugu

Different types of CRO probes || Telugu

Different types of CRO probes || Telugu

CRO probes || Telugu

CRO probes || Telugu

Oscilloscope working principle || Telugu

Oscilloscope working principle || Telugu

Bidirectional and unidirectional elements || Telugu

Bidirectional and unidirectional elements || Telugu

Current Divider Rule || Telugu

Current Divider Rule || Telugu

Voltage Divider Rule || Telugu

Voltage Divider Rule || Telugu

series and parallel combination of resistors || Telugu

series and parallel combination of resistors || Telugu

Series and Parallel combination of Capacitors || Telugu

Series and Parallel combination of Capacitors || Telugu

Star to Delta Conversion || Telugu

Star to Delta Conversion || Telugu

Delta to Star Network conversion || Telugu

Delta to Star Network conversion || Telugu

Series and parallel combination of inductors || Telugu

Series and parallel combination of inductors || Telugu

Superposition Theorem with Example 2 || Telugu

Superposition Theorem with Example 2 || Telugu

Superposition Theorem with Example 1 || Telugu

Superposition Theorem with Example 1 || Telugu

Reciprocity theorem with example || Telugu

Reciprocity theorem with example || Telugu

Thevenin's theorem Problem - 2 || Telugu

Thevenin's theorem Problem - 2 || Telugu

Thevenin's theorem Problem -1 || Telugu

Thevenin's theorem Problem -1 || Telugu

Wheatstone bridge || Telugu

Wheatstone bridge || Telugu

millman's theorem with example || Telugu

millman's theorem with example || Telugu

Nodal Analysis with problem - 1 || Telugu

Nodal Analysis with problem - 1 || Telugu

Mesh analysis with problem - 2 || Telugu

Mesh analysis with problem - 2 || Telugu

Mesh analysis with problem-3 ||Telugu

Mesh analysis with problem-3 ||Telugu

Norton's theorem with problem -1 || Telugu

Norton's theorem with problem -1 || Telugu

Norton's Theorem with problem - 2 || Telugu

Norton's Theorem with problem - 2 || Telugu

Nodal analysis with problem - 2 || Telugu

Nodal analysis with problem - 2 || Telugu

Nodal Analysis - Steps to solve || Telugu

Nodal Analysis - Steps to solve || Telugu

Mesh Analysis with Problem - 1 || Telugu

Mesh Analysis with Problem - 1 || Telugu

Mesh Analysis with Example || Telugu

Mesh Analysis with Example || Telugu

Dependent and Independent Sources || Telugu

Dependent and Independent Sources || Telugu

Energy stored in an inductor || Telugu

Energy stored in an inductor || Telugu

open circuit and close circuit || Telugu

open circuit and close circuit || Telugu

Electric Potential Difference | Telugu | Circuit Analysis

Electric Potential Difference | Telugu | Circuit Analysis

Conventional Current vs Electron current || Telugu || Circuit Analysis

Conventional Current vs Electron current || Telugu || Circuit Analysis

What is Electric Current ? | Telugu | Circuit analysis

What is Electric Current ? | Telugu | Circuit analysis

Law of conservation of charge | Telugu | Circuit Analysis

Law of conservation of charge | Telugu | Circuit Analysis

16:1 mux Using 4:1 mux || Telugu

16:1 mux Using 4:1 mux || Telugu

8:1 mux implementation using 4:1 mux || Telugu

8:1 mux implementation using 4:1 mux || Telugu

4:1 multiplexer || Telugu

4:1 multiplexer || Telugu

3:8 decoder || Telugu

3:8 decoder || Telugu

Priority Encoder || Telugu

Priority Encoder || Telugu

8:3 Encoder || Telugu

8:3 Encoder || Telugu

Decade Counter || Telugu

Decade Counter || Telugu

Excess-3 addition rules with example || Telugu

Excess-3 addition rules with example || Telugu

BCD Addition Rules with Example || Telugu

BCD Addition Rules with Example || Telugu

Classification of Codes in digital electronics || Telugu

Classification of Codes in digital electronics || Telugu

Logic Gates and Truth tables || Telugu

Logic Gates and Truth tables || Telugu

4 bit Parallel Adder || Telugu

4 bit Parallel Adder || Telugu

2 bit Comparator || Digital Electronics in Telugu

2 bit Comparator || Digital Electronics in Telugu

SR to T flipflop conversion || Telugu

SR to T flipflop conversion || Telugu

SR to JK flipflop conversion || Telugu

SR to JK flipflop conversion || Telugu

SR to D flipflop conversion || Telugu

SR to D flipflop conversion || Telugu

Flipflops conversion technique || Telugu

Flipflops conversion technique || Telugu

Truth, Characteristic, Excitation Table of T Flipflop || Telugu

Truth, Characteristic, Excitation Table of T Flipflop || Telugu

Truth, Characteristic, Excitation Table of JK Flipflop || Telugu

Truth, Characteristic, Excitation Table of JK Flipflop || Telugu

Truth, Characteristic, Excitation Table of D Flipflop || Telugu

Truth, Characteristic, Excitation Table of D Flipflop || Telugu

Truth, Characteristic, Excitation Table of SR Flipflop || Telugu

Truth, Characteristic, Excitation Table of SR Flipflop || Telugu

BCD to binary conversion

BCD to binary conversion

Binary to BCD conversion || Telugu

Binary to BCD conversion || Telugu

Excess-3 to binary conversion || Telugu

Excess-3 to binary conversion || Telugu

Binary to Excess-3 Conversion || Telugu

Binary to Excess-3 Conversion || Telugu

Johnson counter || Telugu

Johnson counter || Telugu

Ring counter || Telugu

Ring counter || Telugu

Synchronous up counter (2 bit) || Telugu

Synchronous up counter (2 bit) || Telugu

Asynchronous up counter (3 bit) || Digital Electronics in Telugu

Asynchronous up counter (3 bit) || Digital Electronics in Telugu

Types of counters || Digital electronics in telugu

Types of counters || Digital electronics in telugu

Micro Processor vs Micro Controller || Telugu

Micro Processor vs Micro Controller || Telugu

Universal Shift Register || Telugu

Universal Shift Register || Telugu

Bidirectional Shift Register || Digital Electronics In Telugu

Bidirectional Shift Register || Digital Electronics In Telugu

Parallel In Parallel Out shift register || Digital electronics in Telugu

Parallel In Parallel Out shift register || Digital electronics in Telugu

Classes in System Verilog

Classes in System Verilog

Parallel in serial out shift register || Digital electronics in Telugu

Parallel in serial out shift register || Digital electronics in Telugu

Serial in parallel out shift register || Digital electronics in telugu

Serial in parallel out shift register || Digital electronics in telugu

Serial in serial out shift register || Digital electronics in telugu

Serial in serial out shift register || Digital electronics in telugu

Shift Registers - Basics & Types || Digital Electronics in Telugu

Shift Registers - Basics & Types || Digital Electronics in Telugu

Short circuit current in CMOS circuits

Short circuit current in CMOS circuits

Low Pass Filter in Simulink || MATLAB

Low Pass Filter in Simulink || MATLAB

Queue In Verilog [FIFO]

Queue In Verilog [FIFO]

4 Variable min function using 4:1 Mux || Telugu Engineering

4 Variable min function using 4:1 Mux || Telugu Engineering

Solution for Homogenous system of equations || Linear Algebra

Solution for Homogenous system of equations || Linear Algebra

4 Variable min function using 8:1 Mux || Telugu Engineering

4 Variable min function using 8:1 Mux || Telugu Engineering

Rank of Matrix using Echelon form || Type-2

Rank of Matrix using Echelon form || Type-2

Solution for Non Homogenous system of equations || Linear Algebra

Solution for Non Homogenous system of equations || Linear Algebra

Rank of Matrix using minor matrices || Type 1

Rank of Matrix using minor matrices || Type 1

Inverse of 3*3 Matrix || Telugu Engineering

Inverse of 3*3 Matrix || Telugu Engineering

Open house || Talk of Thoughts and information .

Open house || Talk of Thoughts and information .

SOLIDWORKS 3D model for beginners || Tutorial 11

SOLIDWORKS 3D model for beginners || Tutorial 11

SOLIDWORKS 3D model for beginners || Tutorial 10

SOLIDWORKS 3D model for beginners || Tutorial 10

SOLIDWORKS 3D model for beginners || Tutorial 9

SOLIDWORKS 3D model for beginners || Tutorial 9

SOLIDWORKS sketch for beginners || Tutorial 8

SOLIDWORKS sketch for beginners || Tutorial 8

SOLIDWORKS sketch for beginners || Tutorial 7

SOLIDWORKS sketch for beginners || Tutorial 7

SOLIDWORKS sketch for beginners || Tutorial 6

SOLIDWORKS sketch for beginners || Tutorial 6

SOLIDWORKS sketch for beginners || Tutorial 5

SOLIDWORKS sketch for beginners || Tutorial 5

SOLIDWORKS sketch for beginners || Tutorial 4

SOLIDWORKS sketch for beginners || Tutorial 4

SOLIDWORKS sketch for beginners || Tutorial 3

SOLIDWORKS sketch for beginners || Tutorial 3

SOLIDWORKS sketch for beginners || Tutorial 2

SOLIDWORKS sketch for beginners || Tutorial 2

SOLIDWORKS sketch for beginners || Tutorial 1

SOLIDWORKS sketch for beginners || Tutorial 1

Working Principle of Lathe Machine and Various operations Performed on Lathe Machine

Working Principle of Lathe Machine and Various operations Performed on Lathe Machine

Tailstock Assembly

Tailstock Assembly

Carriage Assembly

Carriage Assembly

Headstock Assembly

Headstock Assembly

Construction of Lathe Machine

Construction of Lathe Machine

Types of Lathe Machine

Types of Lathe Machine

Introduction to Lathe Machine

Introduction to Lathe Machine

Stability factor derivation of S, S', S'' || BJT

Stability factor derivation of S, S', S'' || BJT

Stability Factor In BJT || Analog Electronics

Stability Factor In BJT || Analog Electronics

MOSFET Basics || Analog Electronics

MOSFET Basics || Analog Electronics

Comparing JFET with MOSFET || Analog Electronics

Comparing JFET with MOSFET || Analog Electronics

Comparing BJT, FET, MOSFET || Analog Electronics

Comparing BJT, FET, MOSFET || Analog Electronics

Thermal Runaway & Thermal Stability || Analog Electronics

Thermal Runaway & Thermal Stability || Analog Electronics

Thermal Instability & Thermal Resistance || Analog Electronics

Thermal Instability & Thermal Resistance || Analog Electronics

H-Parameters Of a Transistor || Analog Electronics

H-Parameters Of a Transistor || Analog Electronics

Comparing JFET and MOSFET || Analog Electronics

Comparing JFET and MOSFET || Analog Electronics

Boolean Function Using 8:1 Multiplexer || 4 Variable Min function using mux

Boolean Function Using 8:1 Multiplexer || 4 Variable Min function using mux

Helping Verbs

Helping Verbs

Linking Verbs

Linking Verbs

Verbs basics │Types of verbs

Verbs basics │Types of verbs

challenges while using pronouns - Part 2

challenges while using pronouns - Part 2

challenges while using pronouns - part 1

challenges while using pronouns - part 1

Inverse of 3*3 Matrix || Linear algebra

Inverse of 3*3 Matrix || Linear algebra

Properties of Determinant || Gate Maths in Telugu || Linear Algebra

Properties of Determinant || Gate Maths in Telugu || Linear Algebra

Introduction to Pronouns || English Grammar

Introduction to Pronouns || English Grammar

Collective and Possessive nouns || English Grammar

Collective and Possessive nouns || English Grammar

Compound Nouns || English Grammar

Compound Nouns || English Grammar

Singular and Plural Nouns || English Grammar

Singular and Plural Nouns || English Grammar

Concrete and Abstract Nouns

Concrete and Abstract Nouns

Drain & Transfer Characteristics of FET

Drain & Transfer Characteristics of FET

Construction of N channel and P channel JFET

Construction of N channel and P channel JFET

FET parameters || Analog Electronics

FET parameters || Analog Electronics

FET As a Voltage Controlled Device

FET As a Voltage Controlled Device

What is Noun ? Common Noun Vs Proper Noun.

What is Noun ? Common Noun Vs Proper Noun.

Comparison of FET & BJT || Analog Electronics

Comparison of FET & BJT || Analog Electronics

Advantages of JFET over BJT ||Analog Electronics

Advantages of JFET over BJT ||Analog Electronics

Different Types of FET || Analog Electronics

Different Types of FET || Analog Electronics

FET Basics || Analog Electronics

FET Basics || Analog Electronics

Photo Transistor || Working Principle || Diagrams

Photo Transistor || Working Principle || Diagrams

punch through effect

punch through effect

comparison of CC, CE, CB Configurations of Transistor.

comparison of CC, CE, CB Configurations of Transistor.

α , β, ɣ parameters of a transistor

α , β, ɣ parameters of a transistor

BJT in Common Collector Configuration

BJT in Common Collector Configuration

BJT in CE (Common Emitter) Configuration.

BJT in CE (Common Emitter) Configuration.

BJT In Common base Configuration || Input & Output characteristics.

BJT In Common base Configuration || Input & Output characteristics.

Early effect || Analog Electronics

Early effect || Analog Electronics

Amplifier Configurations Of BJT || Analog Electronics

Amplifier Configurations Of BJT || Analog Electronics

NPN & PNP Comparison || Analog Electronics

NPN & PNP Comparison || Analog Electronics

Classification Of BJT || Analog Electronics

Classification Of BJT || Analog Electronics

Choke(Inductor) vs LC(L section) vs CLC( π section) Filters Comparison

Choke(Inductor) vs LC(L section) vs CLC( π section) Filters Comparison

Analog Filters Introduction (Inductor, Capacitor, L Section, π Section)

Analog Filters Introduction (Inductor, Capacitor, L Section, π Section)

Half Wave & Centre Tapped & Bridge Rectifiers Comparison

Half Wave & Centre Tapped & Bridge Rectifiers Comparison