Канал: baquer mazhari

Theory vs practice : Estimation of current gain of transistor

Theory vs practice : Estimation of current gain of transistor

Invention of the Transistor

Invention of the Transistor

Opamp current Limitation

Opamp current Limitation

Diode Clamper : A synthesis approach

Diode Clamper : A synthesis approach

EE610 current mirror

EE610 current mirror

EE380 lab7 : Learn CMOS Inverter and NAND gate through simulation

EE380 lab7 : Learn CMOS Inverter and NAND gate through simulation

ESC201P Lab 11 sequential circuits

ESC201P Lab 11 sequential circuits

ESC201P Lab10 : Digital Circuits 1

ESC201P Lab10 : Digital Circuits 1

BJT Amplifier : Voltage divider Bias : part 3

BJT Amplifier : Voltage divider Bias : part 3

ESC201P Simulation lab 9 : opamp circuits

ESC201P Simulation lab 9 : opamp circuits

ESC201P Simulation Lab 8 : MOSFET Circuits

ESC201P Simulation Lab 8 : MOSFET Circuits

ESC201P Simulation Lab 7 : BJT amplifier and inverter

ESC201P Simulation Lab 7 : BJT amplifier and inverter

ESC201P Simulation LAB 6: Voltage Doublers and Triplers

ESC201P Simulation LAB 6: Voltage Doublers and Triplers

ESC201P Simulation Lab 5 : Power supply design

ESC201P Simulation Lab 5 : Power supply design

ESC201p Simulation Lab 4: Oscillator Design

ESC201p Simulation Lab 4: Oscillator Design

ESC201P Simulation Lab 3: RLC Circuits and Notch Filter

ESC201P Simulation Lab 3: RLC Circuits and Notch Filter

ESC201P Simulation Lab2: Thevenin and Maximum Power Transfer

ESC201P Simulation Lab2: Thevenin and Maximum Power Transfer

ESC201P : Simulation Lab 1 Introduction - part B

ESC201P : Simulation Lab 1 Introduction - part B

ESC201P : Simulation Lab 1 Introduction - part A

ESC201P : Simulation Lab 1 Introduction - part A

BJT Amplifier : Voltage divider Bias part 2 : sensitivity to other variations

BJT Amplifier : Voltage divider Bias part 2 : sensitivity to other variations

Voltage divider Bias part 1: Operation of Negative feedback

Voltage divider Bias part 1: Operation of Negative feedback

Common Emitter Amplifier: Optimum Biasing for Swing

Common Emitter Amplifier: Optimum Biasing for Swing

Noise Analysis in circuits: part 1

Noise Analysis in circuits: part 1

Test your Understanding: Semiconductor Device problem D1B&C

Test your Understanding: Semiconductor Device problem D1B&C

Test your Understanding : Semiconductor Device Problem D1A

Test your Understanding : Semiconductor Device Problem D1A

Test Your Understanding DC 1: CMOS Inverter

Test Your Understanding DC 1: CMOS Inverter

CMOS Technology Nodes part 1

CMOS Technology Nodes part 1

CMOS Inverter : Impact of size

CMOS Inverter : Impact of size

A toolkit for analysis of current voltage characteristics of organic diodes

A toolkit for analysis of current voltage characteristics of organic diodes

CMOS INVERTER : A different perspective

CMOS INVERTER : A different perspective

L2: Introduction to Flexible Electronics : part-2

L2: Introduction to Flexible Electronics : part-2

L1 : Introduction to Flexible Electronics part-1

L1 : Introduction to Flexible Electronics part-1

Sequential Circuits 3 :Counters : ESC201T: L39

Sequential Circuits 3 :Counters : ESC201T: L39

Sequential Circuits 2 : Finite state machine design: ESC201T L38

Sequential Circuits 2 : Finite state machine design: ESC201T L38

Sequential circuit 1: ESC201T L37

Sequential circuit 1: ESC201T L37

Combinational circuit - 3 : ESC201 L36

Combinational circuit - 3 : ESC201 L36

Combinational circuit design-2: ESC201T L35

Combinational circuit design-2: ESC201T L35

Kmap : ESC201T: L34

Kmap : ESC201T: L34

Combinational circuit design part 1 : ESC201T L33

Combinational circuit design part 1 : ESC201T L33

Digital circuits : Number Representation : ESC201T L32

Digital circuits : Number Representation : ESC201T L32

Digital signals : Advantages : ESC201T L31

Digital signals : Advantages : ESC201T L31

opamp circuits 2 : ESC201T L30

opamp circuits 2 : ESC201T L30

Opamp circuits 1 : ESC201T L29

Opamp circuits 1 : ESC201T L29

MOS Circuits : ESC201T : L28

MOS Circuits : ESC201T : L28

Transistors : ESC201T L27

Transistors : ESC201T L27

Amplifiers-2: ESC201T : L26

Amplifiers-2: ESC201T : L26

Diode power supply part-2: ESC201T- L24

Diode power supply part-2: ESC201T- L24

Amplifiers: part -1 : ESC201T: L25

Amplifiers: part -1 : ESC201T: L25

Diode Power supply: part - 1 : ESC201T : L23

Diode Power supply: part - 1 : ESC201T : L23

Diode circuits : ESC201T: L22

Diode circuits : ESC201T: L22

Diode Model : ESC201T: L21

Diode Model : ESC201T: L21

PN Junction Diode :Basics : ESC201T : L20

PN Junction Diode :Basics : ESC201T : L20

Semiconductors : ESC201T L19

Semiconductors : ESC201T L19

Two port Network : ESC201T L18

Two port Network : ESC201T L18

LCR filters: ESC201T - L17

LCR filters: ESC201T - L17

Bode plots and filters : ESC201T-L16

Bode plots and filters : ESC201T-L16

Frequency Response : ESC201T L15

Frequency Response : ESC201T L15

Phasor analysis: ESc201T- L14

Phasor analysis: ESc201T- L14

Sinusoidal Steady State : Phasors: ESC201T L13

Sinusoidal Steady State : Phasors: ESC201T L13

RLC Transients: ESC201T- L11

RLC Transients: ESC201T- L11

Capacitors and Displays : ESC201T L12

Capacitors and Displays : ESC201T L12

RC and RL circuits : ESC201T : L10

RC and RL circuits : ESC201T : L10

Capacitors : ESC201T- L9

Capacitors : ESC201T- L9

ESC201T L8 : Circuit analysis - summary

ESC201T L8 : Circuit analysis - summary

Thevenin, Norton and Source Transformation : ESC201T- L7

Thevenin, Norton and Source Transformation : ESC201T- L7

Equivalent circuit and superposition: ESC201T- L6

Equivalent circuit and superposition: ESC201T- L6

Nodal and Mesh Analysis : ESC201T L5

Nodal and Mesh Analysis : ESC201T L5

Dependent Sources: ESC201T: L4

Dependent Sources: ESC201T: L4

Circuit analysis - part 1 : ESC201T L3

Circuit analysis - part 1 : ESC201T L3

Electronics: A historical perspective : ESC201T L2

Electronics: A historical perspective : ESC201T L2

Introduction to electronics : ESC201AT L1

Introduction to electronics : ESC201AT L1

EE614 19 PNjunction part 3

EE614 19 PNjunction part 3

EE614 19 PNjn current flow part 2

EE614 19 PNjn current flow part 2

EE614 L22 23 current flow part 1

EE614 L22 23 current flow part 1

PN Junction Diode Saturation current : Typical Values

PN Junction Diode Saturation current : Typical Values

Cutin voltage of a diode : an illusion?

Cutin voltage of a diode : an illusion?

THE FIVE WHAT APPROACH

THE FIVE WHAT APPROACH

Doping in semiconductors and drying of clothes

Doping in semiconductors and drying of clothes

Depletion approximation in a pn junction : Why does it work so well?

Depletion approximation in a pn junction : Why does it work so well?

mosfet amplifier part 2 ee210 summer 2018 L10

mosfet amplifier part 2 ee210 summer 2018 L10

Mosfet amplifiers part 1 ee210 summer 2018 L9

Mosfet amplifiers part 1 ee210 summer 2018 L9

BJT amplifier practice problems ee210 summer 2018 L8

BJT amplifier practice problems ee210 summer 2018 L8

BJT Amplifiers EE210 summer 2018 L7

BJT Amplifiers EE210 summer 2018 L7

Common emitter amplifier part 2 ee210 summer 2018 L6

Common emitter amplifier part 2 ee210 summer 2018 L6

circuit analysis -part-2 (EE210 summer 2018 L2)

circuit analysis -part-2 (EE210 summer 2018 L2)

Common emitter amplifier (ee210 summer 2018 lecture 6)

Common emitter amplifier (ee210 summer 2018 lecture 6)

bipolar junction transistor - circuit perspective (ee210 lecture 5)

bipolar junction transistor - circuit perspective (ee210 lecture 5)

Circuit analysis (EE210 summer 2018 lecture 1)

Circuit analysis (EE210 summer 2018 lecture 1)

small signal model (L4 ee210 summer 2018)

small signal model (L4 ee210 summer 2018)

PN junction diode ( EE210 summer 2018 L3)

PN junction diode ( EE210 summer 2018 L3)

PN junction energy band diagram built in voltage

PN junction energy band diagram built in voltage

Introduction to semiconductor devices mid term review

Introduction to semiconductor devices mid term review

MOS Logic Family part 2 ( EE370, L33)

MOS Logic Family part 2 ( EE370, L33)

CMOS gate sizing Logical Effort 2 (EE370 L37)

CMOS gate sizing Logical Effort 2 (EE370 L37)

CMOS gate Sizing ( Logical Effort) (EE370 L36)

CMOS gate Sizing ( Logical Effort) (EE370 L36)

CMOS Dynamic Logic Gate (EE370 L34)

CMOS Dynamic Logic Gate (EE370 L34)

Current Voltage characteristics of Organic devices-1 (EE611 L13 )

Current Voltage characteristics of Organic devices-1 (EE611 L13 )

Floorplanning (EE370 L35)

Floorplanning (EE370 L35)

CMOS Gate part 2 (EE370 L32)

CMOS Gate part 2 (EE370 L32)

CMOS layout part 2 EE370 L23

CMOS layout part 2 EE370 L23

CMOS NAND gate ( EE370 L31)

CMOS NAND gate ( EE370 L31)

CMOS Inverter part 6 (EE370 L30)

CMOS Inverter part 6 (EE370 L30)

MOS Inverter part 5 (EE370 Digital IC Design L29)

MOS Inverter part 5 (EE370 Digital IC Design L29)

MOS inverter part 3 (EE370 digital IC Design L27)

MOS inverter part 3 (EE370 digital IC Design L27)

MOS Inverter part 4_EE370 digital IC design ( L28)

MOS Inverter part 4_EE370 digital IC design ( L28)

MOS Inverter part 2 (EE370 digital IC Design L26)

MOS Inverter part 2 (EE370 digital IC Design L26)

MOS Inverter part 1 Noise Margins (EE370 L25 )

MOS Inverter part 1 Noise Margins (EE370 L25 )

MOS Layout (part-3) (EE370 L24 )

MOS Layout (part-3) (EE370 L24 )

MOS circuit Analysis (EE370 digital IC Design L22)

MOS circuit Analysis (EE370 digital IC Design L22)

MOSFET part 5 (EE370 digital IC design L20)

MOSFET part 5 (EE370 digital IC design L20)

MOS Fabrication and layout (part 1) (EE370 L21 )

MOS Fabrication and layout (part 1) (EE370 L21 )

logic synthesis (part 1) (EE370 L11 )

logic synthesis (part 1) (EE370 L11 )

MOSFET part 4 (EE370 digital IC design L19)

MOSFET part 4 (EE370 digital IC design L19)

MOSFET part 3 (EE370 L18 digital IC Design)

MOSFET part 3 (EE370 L18 digital IC Design)

MOSFET part 2 (EE370 L17 digital IC design)

MOSFET part 2 (EE370 L17 digital IC design)

logic simulation (EE370 digital IC design L14)

logic simulation (EE370 digital IC design L14)

MOSFET part 1 (EE370 L16 digital IC Design)

MOSFET part 1 (EE370 L16 digital IC Design)

static timing analysis (EE370 L15 digital IC design)

static timing analysis (EE370 L15 digital IC design)

Microprocessor (8085) (part 2) (EE370 L10 )

Microprocessor (8085) (part 2) (EE370 L10 )

Microprocessor ( 8085 part 1) (EE370 L9)

Microprocessor ( 8085 part 1) (EE370 L9)

Microprocessor (Basic concept) (EE370 L8 )

Microprocessor (Basic concept) (EE370 L8 )

Register Transfer Level (RTL) design part 3 (EE370 digital IC design L6))

Register Transfer Level (RTL) design part 3 (EE370 digital IC design L6))

Register Transfer Level (RTL) design part-2 (EE370 digital IC design L6)

Register Transfer Level (RTL) design part-2 (EE370 digital IC design L6)

Register Transfer Level design part 1 (EE370 digital IC design L5)

Register Transfer Level design part 1 (EE370 digital IC design L5)

sequential circuit design part 2 (EE370 digital IC design L4)

sequential circuit design part 2 (EE370 digital IC design L4)

Sequential circuit design part 1 (EE370 digital IC design L3 )

Sequential circuit design part 1 (EE370 digital IC design L3 )

Digital IC Design overview (EE370 L2 )

Digital IC Design overview (EE370 L2 )

Introduction to digital IC design (EE370 L1 )

Introduction to digital IC design (EE370 L1 )

EE210 review part 2

EE210 review part 2

EE210 review part 1

EE210 review part 1

BJT opamp part 2

BJT opamp part 2

BJT differential amplifier Q&A

BJT differential amplifier Q&A

Simple BJT opamp part 1

Simple BJT opamp part 1

differential amp part 4

differential amp part 4

differential amplifier part 2

differential amplifier part 2

BJT Output stage part 2

BJT Output stage part 2

Bipolar Output Stage part 1

Bipolar Output Stage part 1

Common Collector amplifier part 3

Common Collector amplifier part 3

Common Collector Amplifier part 2

Common Collector Amplifier part 2

Common Collector Amplifier part 1

Common Collector Amplifier part 1

BJT Cascode Amplifier

BJT Cascode Amplifier

Common Base BJT Amplifier

Common Base BJT Amplifier

common emitter BJT amplifier problems solutions

common emitter BJT amplifier problems solutions

BJT Commom emitter design perspective

BJT Commom emitter design perspective

BJT Amplifier upper cutoff frequency

BJT Amplifier upper cutoff frequency

BJT Amplifier lower cutoff frequency part 2

BJT Amplifier lower cutoff frequency part 2

BJT Amplifier Resistance Transformation

BJT Amplifier Resistance Transformation

EE210 L18 BJT Amplifier bandwidth part 1

EE210 L18 BJT Amplifier bandwidth part 1

BJT Common emitter amplifier distortion reduction due to emitter resistance

BJT Common emitter amplifier distortion reduction due to emitter resistance

BJT Amplifier dc small signal analysis part 6

BJT Amplifier dc small signal analysis part 6

BJT Amplifier Biasing part 5

BJT Amplifier Biasing part 5

BJT Amplifier Basic Mechanism part 4

BJT Amplifier Basic Mechanism part 4

EE210 2017 L2 Amplifier characteristics part 2

EE210 2017 L2 Amplifier characteristics part 2

EE210 2017 L1 Amplifier characteristics part 1

EE210 2017 L1 Amplifier characteristics part 1

BJT Amplifier Basic Mechanism part 3

BJT Amplifier Basic Mechanism part 3

BJT Amplifier Basic Mechanism part 2

BJT Amplifier Basic Mechanism part 2

BJT Amplifier Basic Mechanism part-1

BJT Amplifier Basic Mechanism part-1

Bipolar Junction Transistor Basic Operation part 4

Bipolar Junction Transistor Basic Operation part 4

Bipolar Junction Transistor Basic Operation part 3

Bipolar Junction Transistor Basic Operation part 3

Bipolar Junction Transistor Basic Operation part 2

Bipolar Junction Transistor Basic Operation part 2

Bipolar Junction Transistor Basic Operation part-1

Bipolar Junction Transistor Basic Operation part-1

Thevenin and Norton Theorem : A different perspective

Thevenin and Norton Theorem : A different perspective

EE210 2017 L7 PN junction part 3

EE210 2017 L7 PN junction part 3

EE210 2017 L4 small signal model part 2

EE210 2017 L4 small signal model part 2

EE210 2017 L3 small signal model part 1

EE210 2017 L3 small signal model part 1

Common emitter amplifier design example

Common emitter amplifier design example

Theory and practice

Theory and practice

Bipolar junction Transistor saturation voltage

Bipolar junction Transistor saturation voltage

PN junction diode misconception diode drop

PN junction diode misconception diode drop

EE610 diff amp3 offset voltage

EE610 diff amp3 offset voltage

EE610 diff amp 2

EE610 diff amp 2

ee610 diff amp 1

ee610 diff amp 1

EE610 opamp 1

EE610 opamp 1

Millers theorem and the Mystery of the missing pole

Millers theorem and the Mystery of the missing pole

MOSCAP threshold surface potential

MOSCAP threshold surface potential

MOSCAP graphical analysis

MOSCAP graphical analysis

Opamp positive feedback

Opamp positive feedback

Bipolar Transistor common misconception wrt current in saturation

Bipolar Transistor common misconception wrt current in saturation

PN junction switching

PN junction switching

pn junction solar cell

pn junction solar cell

PN junction current nonideal contact

PN junction current nonideal contact

PN junction misconception wrt reverse saturation current

PN junction misconception wrt reverse saturation current

PN junction misconception wrt minority carrier current

PN junction misconception wrt minority carrier current

common emitter amplifier discussion

common emitter amplifier discussion

Semiconductor device depletion region graphical analysis

Semiconductor device depletion region graphical analysis

power of expression

power of expression

opamp non idealities

opamp non idealities

L31 : MOS capacitor 2

L31 : MOS capacitor 2

L33 : MOSFET IV

L33 : MOSFET IV

L32 : MOS capacitor 3

L32 : MOS capacitor 3

L30 : MOS CAPACITOR PART 1

L30 : MOS CAPACITOR PART 1

L29 BJT part 4 Early voltage and capacitances

L29 BJT part 4 Early voltage and capacitances

L28 BJT part 3 Current Gain

L28 BJT part 3 Current Gain

L27 : BJT part 2 (Ebers Moll Model)

L27 : BJT part 2 (Ebers Moll Model)

Ebers Moll model of BJT part 1: L26

Ebers Moll model of BJT part 1: L26

L25 PN Junction part 8 dynamic char

L25 PN Junction part 8 dynamic char

L22 PN Junction part 5 current flow

L22 PN Junction part 5 current flow

L24 PN Junction part 7 breakdown

L24 PN Junction part 7 breakdown

L23 PN Junction part 6 Reverse current

L23 PN Junction part 6 Reverse current

L21 PN Junction part 4 current flow

L21 PN Junction part 4 current flow