تحميل Analog Electronic Devices
Engineering
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Semiconductor Materials
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Intrinsic and Extrinsic Semiconductors
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Electron Vs Hole Flow
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Mass Action Law
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Charge Densities in a Semiconductor
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Conductivity of a Semiconductor
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Conductivity of Semiconductors Numerical Part 1
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Conductivity of Semiconductors Numerical Part 2
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PN Junction Diode No Applied Bias
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Barrier Potential
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Width of Depletion Region
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PN Junction Diode Forward Bias Condition
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PN Junction Diode Reverse Bias Condition
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Semiconductor Diode
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V I Characteristics of PN Junction Diode
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Effects of Temperature on V I Characteristics
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Ideal Vs Practical Diode
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Diode Equivalent Circuits
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Load Line Analysis of Diode
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Load Line Analysis Numerical Problem
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DC or Static Resistance of a Diode
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AC or Dynamic Resistance of a Diode
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Average AC Resistance of a Diode
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Series Diode Configurations
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Series Diode Configuration Examples
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Parallel Diode Configurations
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Parallel and Series Parallel Configuration of Diodes Examples
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Introduction to Diode Rectifier Circuits
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Half Wave Rectifier
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Half Wave Rectifier RMS Load Current RMS Load Voltage
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Half Wave Rectifier Form Factor
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Half Wave Rectifier Ripple Factor
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Half Wave Rectifier Efficiency PIV
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Full Wave Bridge Rectifier
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Full Wave Center Tapped Rectifier
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Full Wave Rectifier DC Load Current DC Load Voltage
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Full Wave Rectifier RMS Load Current RMS Load Voltage
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Full Wave Rectifier Form Factor Ripple Factor
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Full Wave Rectifier Efficiency PIV
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Diode Rectifier Circuits Numerical Problem
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Introduction to Zener Diodes
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Effects of Temperature on Zener Voltage
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Zener Diode as Voltage Regulator Part 1
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Zener Diode as Voltage Regulator Part 2
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Zener Diode as Voltage Regulator Part 3
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Zener Diode as Voltage Regulator Part 4
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Zener Diode Numerical Problems Part 1
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Zener Diode Numerical Problems Part 2
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Voltage Multiplier Circuits Half Wave Voltage Doubler
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Voltage Multiplier Circuits Full Wave Voltage Doubler
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Voltage Multiplier Circuits Voltage Tripler Quadrupler
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Introduction to Clippers
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Unbiased Series Clippers
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Biased Series Clippers
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Unbiased Parallel Clippers
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Biased Parallel Clippers
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Zener Diode Clipping Circuits
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Combination Clipper Circuits
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Transfer Characteristics of Clipper Circuit
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Introduction to Clampers
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Positive Negative Clamper Circuits
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Biased Clamper Circuit
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Clampers Solved Problem
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Introduction to Bipolar Junction Transistors BJT
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Working of Transistors
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Common Base Configuration of a Transistor
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CB Transistor Input Characteristics Early Effect
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CB Transistor Output Characteristics
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Transistor Amplifying Action
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Common Emitter Configuration of a Transistor
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Common Emitter Transistor Input Characteristics
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Common Emitter Transistor Output Characteristics
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Common Collector Configuration of a Transistor
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Relation between α β and γ
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DC Biasing Load Line Operating Point of Transistors
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Fixed Bias Configuration of a Transistor
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Fixed Bias Configuration Solved Problem
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Emitter Bias Configuration
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Emitter Bias Configuration Solved Problem
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Collector Feedback Biasing
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Collector Feedback Biasing Solved Problem
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Collector Feedback Bias with Emitter Resistance
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Voltage Divider Bias
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Voltage Divider Bias Solved Problem
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Thermal Runaway in Transistors
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Bias Stabilization and Stability Factors
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Stability Factor for Fixed Bias Configuration
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Stability Factor for Emitter Bias Configuration
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Stability Factor for Collector Feedback Biasing
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Stability Factor for Voltage Divider Bias
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Transistor Saturation
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Small Signal Analysis of BJT
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AC Equivalent Circuit of BJT Amplifier
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Hybrid Model Calculation of h Parameters
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Hybrid Model Equivalent Circuit
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Analysis of Transistor Amplifier Using h Parameters Part 1
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Analysis of Transistor Amplifier Using h Parameters Part 2
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Analysis of Transistor Amplifier Using h Parameters Part 3
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Approximate Hybrid Equivalent Model
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Conversion of h Parameters
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re Transistor Model Part 1
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re Transistor Model Part 2
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re Model Fixed Bias Configuration | Part 1
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re Model Fixed Bias Configuration | Part 2
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re Model Fixed Bias Configuration | Part 3
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re Model Solved Problem 1
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re Model Voltage Divider Bias
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re Model Solved Problem 2
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Hybrid π Model
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Hybrid π Model Solved Problem
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Emitter Follower Configuration Part 1
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Emitter Follower Configuration Part 2
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Two Port Systems Approach
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Two Port Systems Approach with Load Resistance
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Two Port Systems Approach with Source Resistance
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Two Port Systems Approach with Source and Load Resistances
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Two Port Systems Approach Solved Problem
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Cascaded Systems
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Cascaded Systems Solved Problem
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Darlington Pair
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Touch Sensor Using Darlington Pair
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DC Analysis of Darlington Circuit
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Introduction to Field Effect Transistors FETs
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Construction and Working of JFET
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Working of JFET Zero Voltage at the Gate
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Pinch off Voltage
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JFET as a Current Source
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Working of JFET Negative Voltage at the Gate
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Output or Drain Characteristics of JFET
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JFET as Voltage Controlled Resistor
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Transfer Characteristics of JFET
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BJT Vs JFET
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JFET Solved Problems Part 1
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JFET Solved Problems Part 2
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Construction Working of Enhancement Type MOSFET Part 1
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Construction Working of Enhancement Type MOSFET Part 2
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Drain Characteristics of Enhancement Type MOSFET
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Transfer Characteristics Symbols of Enhancement Type MOSFETs
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Construction of Depletion Type MOSFET
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Working of Depletion Type MOSFET
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Drain Transfer Characteristics of Depletion Type MOSFET
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MOSFET Solved Problems Part 1
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MOSFET Solved Problems Part 2
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Introduction to FET Biasing
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Fixed Bias Configuration of JFET Mathematical Approach
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Fixed Bias Configuration of JFET Graphical Approach
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Fixed Bias Configuration of JFET Solved Problem
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Self Bias Configuration of JFET Mathematical Approach
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Self Bias Configuration of JFET Graphical Approach
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Voltage Divider Bias Configuration of JFET
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Common Gate Configuration of JFET
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JFET Biasing Special Case
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Introduction to Depletion Type MOSFET Biasing
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Self Bias Configuration of Depletion Type MOSFET
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Depletion Type MOSFET Biasing Special Case
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Voltage Divider Bias Configuration of Depletion Type MOSFET
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Depletion Type MOSFET Biasing Solved Problem
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Introduction to Enhancement Type MOSFET Biasing
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