Канал: Wessam Mesbah

EE 272 Introduction Lab Equipment Part 6 (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 6 (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 5: The Multimeter, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 5: The Multimeter, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 4: Oscilloscope, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 4: Oscilloscope, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 3: Function Generator, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 3: Function Generator, (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 2 (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 2 (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 1 (Old EE 203 Week1)

EE 272 Introduction Lab Equipment Part 1 (Old EE 203 Week1)

EE 272 Lab PSPICE Overview (Old EE 203 Week2)

EE 272 Lab PSPICE Overview (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 1, (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 1, (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 3, (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 3, (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 2, (Old EE 203 Week2)

EE 272 PSPICE Practice Lab Part 2, (Old EE 203 Week2)

EE 272 OPAMP Circuits Lab Part 1 Explanation (Old EE 203 LAB, Exp. 3A)

EE 272 OPAMP Circuits Lab Part 1 Explanation (Old EE 203 LAB, Exp. 3A)

EE 272 OPAMP Circuits Lab Part 2 Explanation (Old EE 203 LAB, Exp. 3B)

EE 272 OPAMP Circuits Lab Part 2 Explanation (Old EE 203 LAB, Exp. 3B)

EE 272 Diode Circuits and Applications Lab Explanation (Old EE 203 LAB, Exp. 4)

EE 272 Diode Circuits and Applications Lab Explanation (Old EE 203 LAB, Exp. 4)

EE 272 Rectifier Circuits Lab Part 1 Explanation (Old EE 203 LAB, Exp. 5A)

EE 272 Rectifier Circuits Lab Part 1 Explanation (Old EE 203 LAB, Exp. 5A)

EE 272 Digital Logic Lab Explanation Part (Old EE 203 LAB, Exp. 9)

EE 272 Digital Logic Lab Explanation Part (Old EE 203 LAB, Exp. 9)

EE 272 MOSFET Amplifier Explanation Part (Old EE 203 LAB, Exp. 8)

EE 272 MOSFET Amplifier Explanation Part (Old EE 203 LAB, Exp. 8)

EE 272 BJT Characteristics Explanation (Old EE 203 LAB, Exp. 6)

EE 272 BJT Characteristics Explanation (Old EE 203 LAB, Exp. 6)

EE 272 BJT Amplifier Explanation Part ( Old EE 203 LAB, Exp. 7)

EE 272 BJT Amplifier Explanation Part ( Old EE 203 LAB, Exp. 7)

EE 370, 107- Complete Block Diagram of a Digital Communication System

EE 370, 107- Complete Block Diagram of a Digital Communication System

EE 370, 106- M-ary QAM

EE 370, 106- M-ary QAM

EE 370, 105- M-ary FSK and Power-Bandwidth Exchange

EE 370, 105- M-ary FSK and Power-Bandwidth Exchange

EE 370, 104- M-ary ASK and PSK

EE 370, 104- M-ary ASK and PSK

EE 370, 103- Digital Carrier Modulation (Part 3)

EE 370, 103- Digital Carrier Modulation (Part 3)

EE 370, 102- Digital Carrier Modulation (Part 2)

EE 370, 102- Digital Carrier Modulation (Part 2)

EE 370, 101- Digital Carrier Modulation (Part 1)

EE 370, 101- Digital Carrier Modulation (Part 1)

EE 370, 100- Price of Using M-ary Communications

EE 370, 100- Price of Using M-ary Communications

EE 370, 99- M-ary Baseband Signaling

EE 370, 99- M-ary Baseband Signaling

EE 370, 98- Where should the designed pulses be?

EE 370, 98- Where should the designed pulses be?

EE 370, 97- Duobinary with Differential Encoding

EE 370, 97- Duobinary with Differential Encoding

EE 370, 96- Controlled ISI (Duobinary Pulse)

EE 370, 96- Controlled ISI (Duobinary Pulse)

EE 370, 95- Raised-Cosine Pulse

EE 370, 95- Raised-Cosine Pulse

EE 370, 94- Nyquist First Criteria Practical Pulse

EE 370, 94- Nyquist First Criteria Practical Pulse

EE 370, 93- Nyquist First Criteria Ideal Pulse (Sync Pulse)

EE 370, 93- Nyquist First Criteria Ideal Pulse (Sync Pulse)

EE 370, 92- Intersymbol Interference (ISI)

EE 370, 92- Intersymbol Interference (ISI)

EE 370, 91- Examples of Line Coding Schemes

EE 370, 91- Examples of Line Coding Schemes

EE 370, 90- Line Coding

EE 370, 90- Line Coding

EE 370, 89- Digital Data Transmission

EE 370, 89- Digital Data Transmission

EE 370, 88- Sigma-Delta Modulation

EE 370, 88- Sigma-Delta Modulation

EE 370, 87- Adaptive Delta Modulation, Slope Overload, and Granular Noise.

EE 370, 87- Adaptive Delta Modulation, Slope Overload, and Granular Noise.

EE 370, 86- Practical Implementation of Delta Modulation

EE 370, 86- Practical Implementation of Delta Modulation

EE 370, 85- Delta Modulation (DM)

EE 370, 85- Delta Modulation (DM)

EE 370, 84- Differential PCM Details and SNR Improvement

EE 370, 84- Differential PCM Details and SNR Improvement

EE 370, 83- Differential PCM General Idea (part 2)

EE 370, 83- Differential PCM General Idea (part 2)

EE 370, 82- Differential PCM General Idea (Part 1)

EE 370, 82- Differential PCM General Idea (Part 1)

EE 370, 81- T1 Carrier: Signaling Bits

EE 370, 81- T1 Carrier: Signaling Bits

EE 370, 80- T1 Carrier: Frame Structure and Framing Bits.

EE 370, 80- T1 Carrier: Frame Structure and Framing Bits.

EE 370, 79- History and Block Diagram of T1 Carrier Telephony System

EE 370, 79- History and Block Diagram of T1 Carrier Telephony System

EE 370, 78- Companded PCM Example 4

EE 370, 78- Companded PCM Example 4

EE 370, 77- PCM Example 3

EE 370, 77- PCM Example 3

EE 370, 76- PCM: Examples 1 and 2

EE 370, 76- PCM: Examples 1 and 2

EE 370, 75- PCM: Increase of SNR with number of bits per sample

EE 370, 75- PCM: Increase of SNR with number of bits per sample

EE 370, 74- Additional Discussion Regarding Bandwidth for Binary PCM

EE 370, 74- Additional Discussion Regarding Bandwidth for Binary PCM

EE 370, 73- Minimum Bandwidth for Binary PCM

EE 370, 73- Minimum Bandwidth for Binary PCM

EE 370, 53- Bandwidth of Wide-Band FM/PM (Part 2) Updated

EE 370, 53- Bandwidth of Wide-Band FM/PM (Part 2) Updated

EE 370, 72- Companding (Compression-Expansion) Laws

EE 370, 72- Companding (Compression-Expansion) Laws

EE 370, 71- Non-Uniform Quantization (Part 2)

EE 370, 71- Non-Uniform Quantization (Part 2)

EE 370, 70- Non-Uniform Quantization (Part 1)

EE 370, 70- Non-Uniform Quantization (Part 1)

EE 370, 69- Pulse Coded Modulation (PCM) Part 2

EE 370, 69- Pulse Coded Modulation (PCM) Part 2

EE 370, 68- Pulse Coded Modulation (PCM) Part 1

EE 370, 68- Pulse Coded Modulation (PCM) Part 1

EE 370, 47- Angle Modulation Part 2 (Updated)

EE 370, 47- Angle Modulation Part 2 (Updated)

EE 370, 46- Angle Modulation Part 1 (Updated)

EE 370, 46- Angle Modulation Part 1 (Updated)

EE 370, 67- Pulse Modulation

EE 370, 67- Pulse Modulation

EE 370, 66- Maximum Information Rate Over a Noiseless Channel

EE 370, 66- Maximum Information Rate Over a Noiseless Channel

EE 370, 65- Practical Signal Reconstruction

EE 370, 65- Practical Signal Reconstruction

EE 370, 64- Practical Signal Sampling

EE 370, 64- Practical Signal Sampling

EE 370, 63- Signal Reconstruction and Interpolation

EE 370, 63- Signal Reconstruction and Interpolation

EE 370, 62- Sampling Theorem

EE 370, 62- Sampling Theorem

EE 370, 61- Stereophonic FM Receiver

EE 370, 61- Stereophonic FM Receiver

EE 370, 60- Stereophonic FM Transmitter

EE 370, 60- Stereophonic FM Transmitter

EE 370, 59- Pre-emphasis and De-emphasis in FM

EE 370, 59- Pre-emphasis and De-emphasis in FM

EE 370, 58- FM/PM Demodulation Part 2

EE 370, 58- FM/PM Demodulation Part 2

EE 370, 57- FM/PM Demodulation Part 1

EE 370, 57- FM/PM Demodulation Part 1

EE 370, 55- Bandpass Limiter

EE 370, 55- Bandpass Limiter

EE 370, 56- Direct Generation of FM

EE 370, 56- Direct Generation of FM

EE 370, 54- Armstrong Method of Indirect Generation of WBFM

EE 370, 54- Armstrong Method of Indirect Generation of WBFM

EE 370, 52- Bandwidth of Wide-Band FM/PM (Part 1)

EE 370, 52- Bandwidth of Wide-Band FM/PM (Part 1)

EE 370, 51- Bandwidth of Narrow Band FM and PM

EE 370, 51- Bandwidth of Narrow Band FM and PM

EE 370, 50- Angle Modulation: Power and Bandwidth

EE 370, 50- Angle Modulation: Power and Bandwidth

EE 370, 49- Demonstrative Examples FM and PM

EE 370, 49- Demonstrative Examples FM and PM

EE 370, 48- Angle Modulation FM and PM Part 3

EE 370, 48- Angle Modulation FM and PM Part 3

EE 370, 45- Super Heterodyne AM/FM Radio Receiver Part 2

EE 370, 45- Super Heterodyne AM/FM Radio Receiver Part 2

EE 370, 44- Super Heterodyne AM/FM Radio Receiver Part 1

EE 370, 44- Super Heterodyne AM/FM Radio Receiver Part 1

EE 370, 43- Costas Loop for Synchronization and Demodulation (zoomed in version)

EE 370, 43- Costas Loop for Synchronization and Demodulation (zoomed in version)

EE 370, 42- Squaring Method for synchronization

EE 370, 42- Squaring Method for synchronization

EE 370, 41- Phase Locked Loop (PLL) Part 2

EE 370, 41- Phase Locked Loop (PLL) Part 2

EE 370, 40- Phase Locked Loop (PLL) Part 1

EE 370, 40- Phase Locked Loop (PLL) Part 1

EE 370, 39- Types of Demodulators

EE 370, 39- Types of Demodulators

EE 370, 38- VSB+C and application Edited

EE 370, 38- VSB+C and application Edited

EE 370, 37- VSB Example

EE 370, 37- VSB Example

EE 370, 36- Vestigial-Side Band (VSB) Modulation 2

EE 370, 36- Vestigial-Side Band (VSB) Modulation 2

EE 370, 35- Vestigial-Side Band (VSB) Modulation 1

EE 370, 35- Vestigial-Side Band (VSB) Modulation 1

EE 370, 34- SSB+C

EE 370, 34- SSB+C

EE 370, 33- SSB Generation

EE 370, 33- SSB Generation

EE 370, 32- SSB Demodulation

EE 370, 32- SSB Demodulation

EE 370, 31- SSB Equations

EE 370, 31- SSB Equations

EE 370, 30- Single-Side band (SSB) Modulation: Hilbert Transform

EE 370, 30- Single-Side band (SSB) Modulation: Hilbert Transform

EE 370, 29- Quadrature Amplitude Modulation (QAM)

EE 370, 29- Quadrature Amplitude Modulation (QAM)

EE 370, 28- AM Demodulation

EE 370, 28- AM Demodulation

EE 370, 27- AM Generation

EE 370, 27- AM Generation

EE 370, 26- AM Power Efficiency

EE 370, 26- AM Power Efficiency

EE 370, 25- AM Conditions for Envelop Detector

EE 370, 25- AM Conditions for Envelop Detector

EE 370, 24- Introduction to AM

EE 370, 24- Introduction to AM

EE 370, 23- Frequency Mixer (Converter)

EE 370, 23- Frequency Mixer (Converter)

EE 370, 22- Switching Modulators 3

EE 370, 22- Switching Modulators 3

EE 370, 21- Switching Modulators 2

EE 370, 21- Switching Modulators 2

EE 370, 20- Switching Modulators 1

EE 370, 20- Switching Modulators 1

EE 370, 19- Multiplier and Non-Linear Modulator

EE 370, 19- Multiplier and Non-Linear Modulator

EE 370, 18- DSBSC Example Tone Modulation

EE 370, 18- DSBSC Example Tone Modulation

EE 370, 17- DSBSC Demodulator

EE 370, 17- DSBSC Demodulator

EE 370, 16- DSBSC Modulator

EE 370, 16- DSBSC Modulator

EE 370, 15- Amplitude Modulation Introduction

EE 370, 15- Amplitude Modulation Introduction

EE 370, 14- Review FT 6

EE 370, 14- Review FT 6

EE 370, 13- Review FT 5

EE 370, 13- Review FT 5

EE 370, 9- Review FT 1

EE 370, 9- Review FT 1

EE 370, 12- Review FT 4

EE 370, 12- Review FT 4

EE 370, 11- Review FT 3

EE 370, 11- Review FT 3

EE 370, 10- Review FT 2

EE 370, 10- Review FT 2

Implementation of Tampering Detection/Correction in Smart Meters

Implementation of Tampering Detection/Correction in Smart Meters

EE 370, 8- Review FS Examples 2

EE 370, 8- Review FS Examples 2

EE 370, 7- Review FS Examples 1

EE 370, 7- Review FS Examples 1

EE 370, 6- Review Parseval's Theorem

EE 370, 6- Review Parseval's Theorem

EE 370, 5- Review of FS 2

EE 370, 5- Review of FS 2

EE 370, 4- Review of FS 1

EE 370, 4- Review of FS 1

EE 370, 3- Energy and Power Signals

EE 370, 3- Energy and Power Signals

EE 370, 2- Introduction II

EE 370, 2- Introduction II

EE 370, 1- Introduction I

EE 370, 1- Introduction I

EE 203, 92- PTL 3

EE 203, 92- PTL 3

EE 203, 91- PTL 2

EE 203, 91- PTL 2

EE 203, 90- Pass Transistor Logic (PTL) 1

EE 203, 90- Pass Transistor Logic (PTL) 1

EE 203, 89- CMOS: Sizing 2

EE 203, 89- CMOS: Sizing 2

EE 203, 88- CMOS: Sizing

EE 203, 88- CMOS: Sizing

EE 203, 87- CMOS: Logic Circuit Design 2

EE 203, 87- CMOS: Logic Circuit Design 2

EE 203, 86- CMOS: Logic Circuit Design

EE 203, 86- CMOS: Logic Circuit Design

EE 203, 85- CMOS: Power Dissipation

EE 203, 85- CMOS: Power Dissipation

EE 203, 84- CMOS: Inverter Important Points

EE 203, 84- CMOS: Inverter Important Points

EE 203, 83- CMOS: Inverter Transfer Function

EE 203, 83- CMOS: Inverter Transfer Function

EE 203, 82- Digital: Definitions of Voltage Levels

EE 203, 82- Digital: Definitions of Voltage Levels

EE 203, 81- Digital: Introduction

EE 203, 81- Digital: Introduction

EE 203, 80- MOSFET: Amplifier Extra CD Example

EE 203, 80- MOSFET: Amplifier Extra CD Example

EE 203, 79- MOSFET: Amplifiers CD Example

EE 203, 79- MOSFET: Amplifiers CD Example

EE 203, 78- MOSFET: Amplifiers CG Example 2

EE 203, 78- MOSFET: Amplifiers CG Example 2

EE 203, 77- MOSFET: Amplifiers CG Example 1

EE 203, 77- MOSFET: Amplifiers CG Example 1

EE 203, 76- MOSFET: Amplifiers CS Example 3

EE 203, 76- MOSFET: Amplifiers CS Example 3

EE 203, 75- MOSFET: Amplifiers CS Example 2

EE 203, 75- MOSFET: Amplifiers CS Example 2

EE 203, 74- MOSFET: Amplifiers CS Example 1

EE 203, 74- MOSFET: Amplifiers CS Example 1

EE 203, 73- MOSFET: Amplifier Families (Introduction)

EE 203, 73- MOSFET: Amplifier Families (Introduction)

EE 203, 67- MOSFET: DC Analysis Examples 6, 7, and 9 (Updated)

EE 203, 67- MOSFET: DC Analysis Examples 6, 7, and 9 (Updated)

EE 203, 72- MOSFET: Small Signal Models (T-Model)

EE 203, 72- MOSFET: Small Signal Models (T-Model)

EE 203, 71- MOSFET: Small Signal Models (Pi-Model)

EE 203, 71- MOSFET: Small Signal Models (Pi-Model)

EE 203, 70- MOSFET: Biasing Techniques

EE 203, 70- MOSFET: Biasing Techniques

EE 203, 69- MOSFET: As an Amplifier

EE 203, 69- MOSFET: As an Amplifier

EE 203, 68- MOSFET: Current Mirror

EE 203, 68- MOSFET: Current Mirror

EE 203, 66- MOSFET: DC Analysis Examples 4 and 5

EE 203, 66- MOSFET: DC Analysis Examples 4 and 5

EE 203, 65- MOSFET: DC Analysis Examples 2 and 3

EE 203, 65- MOSFET: DC Analysis Examples 2 and 3

EE 203, 64- MOSFET: DC Analysis Example 1

EE 203, 64- MOSFET: DC Analysis Example 1

EE 203, 63- MOSFET: DC Analysis Introduction

EE 203, 63- MOSFET: DC Analysis Introduction

EE 203, 62- MOSFET: Depletion NMOS and PMOS

EE 203, 62- MOSFET: Depletion NMOS and PMOS

EE 203, 61- MOSFET: I-V Characteristics and Equations (Enhancement NMOS)

EE 203, 61- MOSFET: I-V Characteristics and Equations (Enhancement NMOS)

EE 203, 60- MOSFET: Physical Structure Triode-Saturation (Enhancement NMOS)

EE 203, 60- MOSFET: Physical Structure Triode-Saturation (Enhancement NMOS)

EE 203, 59- MOSFET: Physical Structure ON-OFF (Enhancement NMOS)

EE 203, 59- MOSFET: Physical Structure ON-OFF (Enhancement NMOS)

EE 203, 58- FET: Introduction and Types

EE 203, 58- FET: Introduction and Types

EE 203, 57- BJT Amplifiers: CC Example

EE 203, 57- BJT Amplifiers: CC Example

EE 203, 54- BJT Amplifiers: CE Example 2 (updated)

EE 203, 54- BJT Amplifiers: CE Example 2 (updated)

EE 203, 56- BJT Amplifiers: CB Example 2

EE 203, 56- BJT Amplifiers: CB Example 2

EE 203, 55- BJT Amplifiers: CB Example 1

EE 203, 55- BJT Amplifiers: CB Example 1

EE 203, 53- BJT Amplifiers: CE Example 1 Part 3

EE 203, 53- BJT Amplifiers: CE Example 1 Part 3

EE 203, 52- BJT Amplifiers: CE Example 1 Part 2

EE 203, 52- BJT Amplifiers: CE Example 1 Part 2

EE 203, 51- BJT Amplifiers: CE Example 1 Part 1

EE 203, 51- BJT Amplifiers: CE Example 1 Part 1

EE 203, 50- BJT Amplifier Families: Introduction

EE 203, 50- BJT Amplifier Families: Introduction

EE 203, 23- Diodes: Circuit Analysis Examples (Updated 2)

EE 203, 23- Diodes: Circuit Analysis Examples (Updated 2)

EE 203, 49- BJT Amplifiers: Small Signal Model 3

EE 203, 49- BJT Amplifiers: Small Signal Model 3

EE 203, 48- BJT Amplifiers: Small Signal Models 2

EE 203, 48- BJT Amplifiers: Small Signal Models 2

EE 203, 47- BJT Amplifiers: Small Signal Model 1

EE 203, 47- BJT Amplifiers: Small Signal Model 1

EE 203, 43- BJT: DC Examples 2

EE 203, 43- BJT: DC Examples 2

EE 203, 46- BJT Amplifiers: Graphical Explanation 2

EE 203, 46- BJT Amplifiers: Graphical Explanation 2

EE 203, 45- BJT Amplifiers: Graphical Explanation 1

EE 203, 45- BJT Amplifiers: Graphical Explanation 1

EE 203, 41- BJT: Transition From Active to Saturation

EE 203, 41- BJT: Transition From Active to Saturation

EE 203, 44- BJT: DC Examples 3

EE 203, 44- BJT: DC Examples 3

EE203, 42- BJT: DC Examples 1

EE203, 42- BJT: DC Examples 1

EE203, 40- BJT: Modes of Operation

EE203, 40- BJT: Modes of Operation

EE 203, 39- BJT: IV characteristics 2

EE 203, 39- BJT: IV characteristics 2

EE 203, 38- BJT: IV Characteristics 1

EE 203, 38- BJT: IV Characteristics 1

EE 207, 35- System Properties class discussion 2 (Mostly In Arabic)

EE 207, 35- System Properties class discussion 2 (Mostly In Arabic)

EE207, 35- System Properties Class discussion 1 (Mostly in Arabic)

EE207, 35- System Properties Class discussion 1 (Mostly in Arabic)

EE207, 32- Convolution Class Discussion (Mostly in Arabic)

EE207, 32- Convolution Class Discussion (Mostly in Arabic)

EE 203, 37- BJT: Physical Structure and Operation 2

EE 203, 37- BJT: Physical Structure and Operation 2

EE 203, 36- BJT: Physical Structure and Operation 1

EE 203, 36- BJT: Physical Structure and Operation 1

EE 203, 35- BJT: Introduction

EE 203, 35- BJT: Introduction

EE 203, 34- Limiters: Example

EE 203, 34- Limiters: Example

EE 203, 33- Limiters 2

EE 203, 33- Limiters 2

EE 203, 32- Limiters 1

EE 203, 32- Limiters 1

EE 203, 29- Rectifiers: Half Wave Example, PIV, and Max Forward Current (Updated)

EE 203, 29- Rectifiers: Half Wave Example, PIV, and Max Forward Current (Updated)

EE 203, 22- Diodes: Models and Circuit Analysis 2 (Updated)

EE 203, 22- Diodes: Models and Circuit Analysis 2 (Updated)

EE 203, 31- Rectifiers: Full Wave Bridge

EE 203, 31- Rectifiers: Full Wave Bridge

EE 203, 30- Rectifiers: Full Wave Center Tapped

EE 203, 30- Rectifiers: Full Wave Center Tapped

EE 203, 28- Rectifiers: Half Wave with RC load

EE 203, 28- Rectifiers: Half Wave with RC load

EE 203, 27- Rectifiers: Half Wave with Resistive Load

EE 203, 27- Rectifiers: Half Wave with Resistive Load

EE 203, 18- Diodes: Physical Structure 1 (Updated)

EE 203, 18- Diodes: Physical Structure 1 (Updated)

EE 203, 26- Zener Diode: Regulator

EE 203, 26- Zener Diode: Regulator

EE 203, 25- Zener Diode: Examples

EE 203, 25- Zener Diode: Examples