Transistors and Amplifiers

The course 'Transistors and Amplifiers' covers the fundamentals and advanced topics of transistor operation, amplifier design, and analysis. Upon completing the 100 lessons, learners will be able to design and analyze various types of amplifiers, including common emitter, common collector, and differential amplifiers, and understand how to implement feedback, biasing, and compensation techniques. For example, learners will be able to design a common emitter amplifier with a voltage gain of 100, using a BJT transistor and a feedback resistor. By mastering these concepts, learners will be able to work on a wide range of electronic circuits and systems, from audio amplifiers to radio frequency circuits.

แผนบทเรียนย่อ · 100 บท

เริ่มต้น · บทที่ 1–25

Identify Bipolar Junction Transistors
Understand Transistor Terminals
Explain Transistor Current Flow
Use Transistor as a Switch
Measure Transistor Pinout
Calculate Base Current
Calculate Collector Current
Understand Transistor Cutoff Region
Understand Transistor Saturation Region
Build Simple Transistor Switch Circuit
Identify Field Effect Transistors
Understand MOSFET Terminals
Explain MOSFET Operation Basics
Use MOSFET as a Switch
Measure MOSFET Pinout
Calculate Gate Threshold Voltage
Understand Transistor Amplification Concept
Explain Load Line Concept
Calculate DC Load Line
Bias a Transistor with Fixed Bias
Bias a Transistor with Voltage Divider
Understand Transistor Operating Regions
Identify Common Emitter Configuration
Build Common Emitter Amplifier
Measure Voltage Gain in Amplifier

กลาง · บทที่ 26–50

Calculate Input Resistance of Amplifier
Calculate Output Resistance of Amplifier
Analyze Transistor Hybrid Parameters
Use Emitter Resistor for Stability
Calculate Voltage Gain with Emitter Resistor
Understand Frequency Response Basics
Measure Low Frequency Cutoff
Measure High Frequency Cutoff
Design RC Coupling Network
Build Common Collector Amplifier
Calculate Current Gain in Amplifier
Understand Common Base Amplifier Operation
Calculate Voltage Gain in Common Base
Use Transistor as Voltage Follower
Design Two Stage Amplifier
Calculate Overall Gain of Two Stages
Understand Thermal Runaway in Transistors
Implement Thermal Stabilization Techniques
Use BJT as Analog Switch
Understand MOSFET Amplifier Configurations
Build Common Source Amplifier
Calculate Gain in Common Source Stage
Analyze MOSFET Input Capacitances
Design MOSFET Biasing Circuits
Use Transistor for Signal Modulation

สูง · บทที่ 51–75

Analyze Small Signal Models of BJT
Use Hybrid Pi Model for BJT
Calculate Transconductance of Transistor
Analyze Frequency Response Using Models
Design Cascode Amplifier Stage
Understand Differential Amplifier Operation
Build Differential Pair with BJTs
Calculate Differential Gain
Analyze Common Mode Rejection Ratio
Design Current Mirror Circuits
Use Current Mirror for Biasing
Understand Emitter Coupled Logic Circuits
Analyze MOSFET Small Signal Model
Design Source Follower Amplifier
Calculate Noise Figure in Amplifiers
Implement Feedback in Amplifier Circuits
Calculate Gain with Negative Feedback
Design Class A Power Amplifier
Understand Distortion in Amplifiers
Measure Total Harmonic Distortion
Design Push-Pull Amplifier Stage
Analyze Crossover Distortion
Implement Biasing for Class AB Amplifier
Design High Frequency Amplifier Circuits
Use S-Parameters for Transistor Analysis

ผู้เชี่ยวชาญ (already in the field) · บทที่ 76–100

Design Low Noise Amplifier Circuits
Implement Wideband Amplifier Design
Analyze Stability Using Nyquist Criterion
Design Amplifiers with Feedback Compensation
Use Operational Transconductance Amplifiers
Implement Translinear Circuits
Design RF Amplifier Matching Networks
Analyze Power Amplifier Efficiency
Implement Doherty Amplifier Design
Design Monolithic Amplifier Circuits
Use Heterojunction Bipolar Transistors
Analyze Device Physics of Transistors
Implement Cryogenic Amplifier Design
Design Amplifiers for Quantum Applications
Use CMOS Amplifier Architectures
Implement Adaptive Biasing Techniques
Design Amplifiers for High Temperature
Analyze Nonlinear Effects in Amplifiers
Implement Digital Predistortion Techniques
Design Ultra Low Power Amplifiers
Use Noise Shaping in Amplifier Design
Implement Current Mode Amplifiers
Design Amplifiers with MEMS Technology
Analyze Reliability of Amplifier Circuits
Implement Advanced Semiconductor Materials

Transistors and Amplifiers

แผนบทเรียนย่อ · 100 บท

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