Канал: TECHnical KNOWledge (Engineering mind)

Rainy Season beware of Snakes

Rainy Season beware of Snakes

Relaxing activity

Relaxing activity

SPICE CODING| How to write code for CMOS inverter DC and transient characteristics? |Part 7|

SPICE CODING| How to write code for CMOS inverter DC and transient characteristics? |Part 7|

Masti Time

Masti Time

SPICE CODING| How to write code for PMOS output characteristics? |Part 6|

SPICE CODING| How to write code for PMOS output characteristics? |Part 6|

SPICE CODING| How to write code for MOS characteristics? |Part 5|

SPICE CODING| How to write code for MOS characteristics? |Part 5|

python at SMVDU

python at SMVDU

Optisystem | How to simulate your first Optical system | Optisystem Tutorial | Part 2

Optisystem | How to simulate your first Optical system | Optisystem Tutorial | Part 2

Optisystem | How to simulate your first Optical system | Optisystem Tutorial | Part 1

Optisystem | How to simulate your first Optical system | Optisystem Tutorial | Part 1

IC Testing for digital ICs

IC Testing for digital ICs

BJT Output characteristics| To plot output characteristics using Multisim|

BJT Output characteristics| To plot output characteristics using Multisim|

How to save Tulsi plant in winters?

How to save Tulsi plant in winters?

SPICE CODING| How to write SPICE code for RLC circuit ?|Part 4|

SPICE CODING| How to write SPICE code for RLC circuit ?|Part 4|

How to install Scratch 2 Software| Scratch tutorials| Class |

How to install Scratch 2 Software| Scratch tutorials| Class |

shri ganesh

shri ganesh

Optical Absorption | Optoelectronics |

Optical Absorption | Optoelectronics |

Luminescence | Optoelectronics | Photoluminescence

Luminescence | Optoelectronics | Photoluminescence

SPICE CODING| How to write SPICE code for AC, DC and transient ?|Part 3|

SPICE CODING| How to write SPICE code for AC, DC and transient ?|Part 3|

SPICE CODING| How to write code for elements ? |Part 2|

SPICE CODING| How to write code for elements ? |Part 2|

SPICE CODING| Introduction to SPICE | Part 1|

SPICE CODING| Introduction to SPICE | Part 1|

Digital Oscilloscope | How to use Digital Oscilloscope | DSO applications|

Digital Oscilloscope | How to use Digital Oscilloscope | DSO applications|

Celebration begins| What is impossible 100 years back is possible now ?#harghartiranga

Celebration begins| What is impossible 100 years back is possible now ?#harghartiranga

How to start working with CRO ? |No display on CRO

How to start working with CRO ? |No display on CRO

How to start working with CRO ? (Hindi audio) | No display on CRO

How to start working with CRO ? (Hindi audio) | No display on CRO

Design of 3 bit synchronous up/down counter using D flip flop (Hindi Version)

Design of 3 bit synchronous up/down counter using D flip flop (Hindi Version)

How to check Plagiarism using turnitin software | Plagiarism check with turnitin| Plagiarism |

How to check Plagiarism using turnitin software | Plagiarism check with turnitin| Plagiarism |

Tanner Sedit || CMOS Inverter Delay and Power measurement in Tanner ||

Tanner Sedit || CMOS Inverter Delay and Power measurement in Tanner ||

Remembering Abhishek

Remembering Abhishek

Tanner Sedit| Introduction to Tanner Sedit(Simulation of CMOS inverter)|Part-II

Tanner Sedit| Introduction to Tanner Sedit(Simulation of CMOS inverter)|Part-II

Tanner Sedit| How to start working on Tanner Sedit ?| Tanner Part-I

Tanner Sedit| How to start working on Tanner Sedit ?| Tanner Part-I

Digital IC tester | How to verify Digital IC| Digital Electronics Experiments

Digital IC tester | How to verify Digital IC| Digital Electronics Experiments

Introduction to LTSPICE

Introduction to LTSPICE

Czochralski process and float zone refining Process (Improved Audio)

Czochralski process and float zone refining Process (Improved Audio)

how to add model (technology file ) in LTSPICE

how to add model (technology file ) in LTSPICE

Learn Decimal to Binary , Hexadecimal conversions and BCD code in 2 Minutes

Learn Decimal to Binary , Hexadecimal conversions and BCD code in 2 Minutes

Implement a 4 Variable Boolean Expression using 8:1 multiplexer #8:1multiplexer #booleanusingmux

Implement a 4 Variable Boolean Expression using 8:1 multiplexer #8:1multiplexer #booleanusingmux

Implement Boolean Expression using 3:8 Decoder #3 to 8 Decoder Design

Implement Boolean Expression using 3:8 Decoder #3 to 8 Decoder Design

Implement Full subtractor using 1:8 Demultiplexer

Implement Full subtractor using 1:8 Demultiplexer

To implement Boolean expression using 8:1 multiplexer

To implement Boolean expression using 8:1 multiplexer

To implement Four variable expression using 4:1 multiplexer

To implement Four variable expression using 4:1 multiplexer

Design of 3 bit synchronous up/down counter using D flip flop

Design of 3 bit synchronous up/down counter using D flip flop

How to write a good B.Tech Project Report ?

How to write a good B.Tech Project Report ?

MOS Current derivation

MOS Current derivation

MOS Structure and Operation

MOS Structure and Operation

MOS Physics ( How MOS system Behaves under external bias)

MOS Physics ( How MOS system Behaves under external bias)

SR FLip Flop (Improved volume)

SR FLip Flop (Improved volume)

NOR Gate Based Latch | NOR Based SR Flip flop|

NOR Gate Based Latch | NOR Based SR Flip flop|

Decoder।Decoder Explained | What is Decoder? Applications of Decoder | 3 to 8 Decoders

Decoder।Decoder Explained | What is Decoder? Applications of Decoder | 3 to 8 Decoders

Encoder || Digital Electronics||

Encoder || Digital Electronics||

ASIC | Application Specific Integrated Circuits | #ASIC #ASIC DESIGN FLOW

ASIC | Application Specific Integrated Circuits | #ASIC #ASIC DESIGN FLOW

FPGA in IC Design

FPGA in IC Design

Design Hierarchy , Regularity , Modularity & Locality | VLSI Design|

Design Hierarchy , Regularity , Modularity & Locality | VLSI Design|

Behavioural Simulation in VLSI Design

Behavioural Simulation in VLSI Design

How to convert NAND to AND NOT and OR Gate (English Version)

How to convert NAND to AND NOT and OR Gate (English Version)

NAND TO XOR GATE

NAND TO XOR GATE

How to convert NOR gate to other gates ?

How to convert NOR gate to other gates ?

How to convert NAND to AND NOT and OR Gate

How to convert NAND to AND NOT and OR Gate

How to implement boolean expression using NAND gates only

How to implement boolean expression using NAND gates only

How to Minimize Product of Sums using K map ?

How to Minimize Product of Sums using K map ?

4 bit binary to gray code converter

4 bit binary to gray code converter

3 Variable & 4 Variable K map

3 Variable & 4 Variable K map

Beginning with K map

Beginning with K map

Introduction to K Map ( Karnaugh Map)| k map | karnaugh map #kmap #karnaughmap

Introduction to K Map ( Karnaugh Map)| k map | karnaugh map #kmap #karnaughmap

GATE Problems Number Systems

GATE Problems Number Systems

Boolean Algebra II

Boolean Algebra II

Introduction to Boolean Algebra

Introduction to Boolean Algebra

Gray Code (non weighted code) | binary to gray code | binary to gray |

Gray Code (non weighted code) | binary to gray code | binary to gray |

Semiconductor Memories in Digital Electronics |RAM, CAM, ROM

Semiconductor Memories in Digital Electronics |RAM, CAM, ROM

3 bit Synchronous Counter Design using JK Flip Flop #synchronous counter design #3bit counter

3 bit Synchronous Counter Design using JK Flip Flop #synchronous counter design #3bit counter

Synchronous Counter Design

Synchronous Counter Design

Introduction of Counter

Introduction of Counter

Applications of Flip Flop | Flip Flop Applications#flipflop applications

Applications of Flip Flop | Flip Flop Applications#flipflop applications

JK Flip Flop, D Flip Flop and T Flip Flop

JK Flip Flop, D Flip Flop and T Flip Flop

Introduction to JK flip flop

Introduction to JK flip flop

How to solve POS and SOP with dont Care conditions | sop and POS with dont care#possop #pos

How to solve POS and SOP with dont Care conditions | sop and POS with dont care#possop #pos

A brief Introduction to ALU (Arithmetic and Logic Unit)|What is ALU ?

A brief Introduction to ALU (Arithmetic and Logic Unit)|What is ALU ?

Excitation Table of SR Flip flop

Excitation Table of SR Flip flop

Introduction to Latches and Flip Flop

Introduction to Latches and Flip Flop

SR Flip Flop

SR Flip Flop

8:3 Priority Encoder

8:3 Priority Encoder

Multiplexer ll Demultiplexer ll Combinational circuit ll

Multiplexer ll Demultiplexer ll Combinational circuit ll

Combinational Logic/ Circuits

Combinational Logic/ Circuits

Quinne Mcluskey Method | Quine-McCluskey Minimization Technique (Tabular Method) QM Method

Quinne Mcluskey Method | Quine-McCluskey Minimization Technique (Tabular Method) QM Method

Excess 3 Code , Alphanumeric Code, ASCII Code, Cyclic Code

Excess 3 Code , Alphanumeric Code, ASCII Code, Cyclic Code

Signed and Unsigned representation of Binary Numbers, BCD Addition

Signed and Unsigned representation of Binary Numbers, BCD Addition

Quine-McCluskey Minimization Technique (Tabular Method)| QM Method|

Quine-McCluskey Minimization Technique (Tabular Method)| QM Method|

How to deal with Don't Care Conditions in K map

How to deal with Don't Care Conditions in K map

How to solve K map ( Prime Implicants, Essential Prime Implicants)

How to solve K map ( Prime Implicants, Essential Prime Implicants)

Number System (1s & 2s Complement Representation)

Number System (1s & 2s Complement Representation)

Number Systems (Binary Number, Octal Number, Hexadecimal Number)

Number Systems (Binary Number, Octal Number, Hexadecimal Number)

How I got rid of unknown guest from my house?Monitor lizard rescue

How I got rid of unknown guest from my house?Monitor lizard rescue

Lithography Pattern Transfer

Lithography Pattern Transfer

Lithography

Lithography

Etching process

Etching process

dry etching

dry etching

wet etching

wet etching

Ion Implantation । Part 5

Ion Implantation । Part 5

Etching I

Etching I

SPICE coding for CNTFET BASED CIRCUIT simulation

SPICE coding for CNTFET BASED CIRCUIT simulation

Single supply ac amplifier ( doubts)

Single supply ac amplifier ( doubts)

Number Systems I

Number Systems I

Introduction to Digital Electronics

Introduction to Digital Electronics

Digital Electronics Introduction to Syllabus

Digital Electronics Introduction to Syllabus

ion implantation । Part 4

ion implantation । Part 4

Ion implantation । Part 3

Ion implantation । Part 3

Ion implantatiom । Part 2

Ion implantatiom । Part 2

Ion implantation । Part 1

Ion implantation । Part 1

Measurement of delay and power of CMOS inverter on LTSPICE

Measurement of delay and power of CMOS inverter on LTSPICE

MOSFETs ( Depletion and enhancement type)

MOSFETs ( Depletion and enhancement type)

Silicon Wafer Prepration | IC Fabrication |

Silicon Wafer Prepration | IC Fabrication |

Introduction to Oxidation in IC fabrication

Introduction to Oxidation in IC fabrication

Load LIne analysis

Load LIne analysis

BJT biasing

BJT biasing

Biasing of BJT

Biasing of BJT

Field Effect Transistors

Field Effect Transistors

Czochralski process and float zone refining Process

Czochralski process and float zone refining Process

Silicon from Quartzite (Sand)

Silicon from Quartzite (Sand)

Clean room Technology _ IC fabrication #cleanroom

Clean room Technology _ IC fabrication #cleanroom

IC Fabrication & VLSI

IC Fabrication & VLSI

Introduction to VLSI Design

Introduction to VLSI Design

Introduction to the course

Introduction to the course

Low Power CMOS Design

Low Power CMOS Design

To study 4:1 Mux and 1:4 Demux implementation using Logic gate on virtual Lab

To study 4:1 Mux and 1:4 Demux implementation using Logic gate on virtual Lab

Non Volatile Memories ( Brief Introduction )

Non Volatile Memories ( Brief Introduction )

To study D,SR ,JK Flip flop using virtual Lab

To study D,SR ,JK Flip flop using virtual Lab

To study D flip flop IC 7474| D Flip flop experiment|

To study D flip flop IC 7474| D Flip flop experiment|

bINARY TO GRAY USING VIRTUAL LAB

bINARY TO GRAY USING VIRTUAL LAB

SRAM II

SRAM II

CB BJT characteristics

CB BJT characteristics

SRAM I

SRAM I

IC 7485 as comparator

IC 7485 as comparator

Half Subtractor

Half Subtractor

To design a DC Clamper using PN diode

To design a DC Clamper using PN diode

Clipper using PN diode | Positive & Negative Clipper | Parallel and Serial Configuration|

Clipper using PN diode | Positive & Negative Clipper | Parallel and Serial Configuration|

Binary to Gray Code Converter | Lab experiment Digital Electronics |

Binary to Gray Code Converter | Lab experiment Digital Electronics |

BJT working II

BJT working II

BJT working I

BJT working I

Design of Half Adder and Full Adder. Simulation in Virtual Lab

Design of Half Adder and Full Adder. Simulation in Virtual Lab

Sequential Circuits

Sequential Circuits

Semiconductor Memory

Semiconductor Memory

DRAM Cell working

DRAM Cell working

pn diode as half wave rectifier #Half wave rectifier # virtual lab

pn diode as half wave rectifier #Half wave rectifier # virtual lab

Introduction to BJT

Introduction to BJT

To study Half Wave Rectifier using PN Diode

To study Half Wave Rectifier using PN Diode

PN Diode as Clamper

PN Diode as Clamper

PN Diode as filter and Clipper

PN Diode as filter and Clipper

Analysis of Half wave and full wave rectifier

Analysis of Half wave and full wave rectifier

Half Wave Rectifier and Full wave rectifier

Half Wave Rectifier and Full wave rectifier

Introduction to Digital Electronics Lab

Introduction to Digital Electronics Lab

To verify IC 7400 NAND gate | NAND gate practical| #nandgate #7400

To verify IC 7400 NAND gate | NAND gate practical| #nandgate #7400

To study I-V characteristics of PN diode

To study I-V characteristics of PN diode

Diode equivalent Circuit & Circuit Analysis

Diode equivalent Circuit & Circuit Analysis

Combinational Circuits using CMOS

Combinational Circuits using CMOS

Estimation of Interconnects

Estimation of Interconnects

PN junciton diode theory

PN junciton diode theory

PN junction and Introduction to PN junction diode

PN junction and Introduction to PN junction diode

Hall Effect

Hall Effect

CURRENT FLOW IN SEMICONDUCTOR (Diffusion)

CURRENT FLOW IN SEMICONDUCTOR (Diffusion)

Power dissipation in cmos

Power dissipation in cmos

CURRENT FLOW IN SEMICONDUCTOR (Drift Current)

CURRENT FLOW IN SEMICONDUCTOR (Drift Current)

How to use Breadboard in Electronics Lab?

How to use Breadboard in Electronics Lab?

How to use CRO to measure Amplitude and Frequency

How to use CRO to measure Amplitude and Frequency

Interactive Class 15th October 2020 Basic electronics

Interactive Class 15th October 2020 Basic electronics

Law of Mass action

Law of Mass action

How to use Cathode Ray Oscilloscope (CRO )?

How to use Cathode Ray Oscilloscope (CRO )?

How to use Function Generator in Electronics Lab?

How to use Function Generator in Electronics Lab?

Introduction to Multimeter, Funciton Generator and Cathode Ray Oscilloscope (CRO)

Introduction to Multimeter, Funciton Generator and Cathode Ray Oscilloscope (CRO)

How to use Multimeter in Lab| how to use digital multimeter in lab | Digital Multimeter |

How to use Multimeter in Lab| how to use digital multimeter in lab | Digital Multimeter |

DELAY TIME CALCULATION

DELAY TIME CALCULATION

CMOS Delay analysis

CMOS Delay analysis

Doubt Class 24th September 2020 ( RTL inverter , nMOS Load inverter)

Doubt Class 24th September 2020 ( RTL inverter , nMOS Load inverter)

CMOS inverter II

CMOS inverter II

CMOS Inverter I

CMOS Inverter I

RTL inverter

RTL inverter

Doubt Class Introduction to MOS inverter 10th September 2020

Doubt Class Introduction to MOS inverter 10th September 2020

Introduction to MOS inverter

Introduction to MOS inverter

Doubt Class of DIC on 8th September 2020

Doubt Class of DIC on 8th September 2020

Introduction to Semiconductors

Introduction to Semiconductors

MOS Physics , Concept of Threshold Voltage

MOS Physics , Concept of Threshold Voltage

Introduction to Basic Electronics 1

Introduction to Basic Electronics 1

MOSFET Current equation derivation and I-V characteristics

MOSFET Current equation derivation and I-V characteristics

Digital Integrated Circuits MOSFET working

Digital Integrated Circuits MOSFET working

Digital Integrated Circuits Introduction to IC Technology 2

Digital Integrated Circuits Introduction to IC Technology 2

Digital Integrated Circuits Introduction to IC Technology 1

Digital Integrated Circuits Introduction to IC Technology 1

Sequential Circuits II

Sequential Circuits II

Sequential Circuits I (Part I)

Sequential Circuits I (Part I)

Introduction to Filters (Filters Simplified)

Introduction to Filters (Filters Simplified)

Slew Rate in op amp

Slew Rate in op amp

How to draw circuit for research paper ?

How to draw circuit for research paper ?

Frequency Response of operational amplifier

Frequency Response of operational amplifier

Bode Plot

Bode Plot

Introduction to Frequency Response

Introduction to Frequency Response

Transfer Function

Transfer Function

Single Supply AC amplifier using Operational amplifier

Single Supply AC amplifier using Operational amplifier