Analog Electronics Circuits
Analogue electronics are electronic systems with a continuously variable signal, in contrast to digital electronics where signals usually take only two levels. The term "analogue" describes the proportional relationship between a signal and a voltage or current that represents the signal.
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This useful study material lists 290 topics in 5 chapters, totally based on practical as well as a strong base of theoretical knowledge with notes written in very simple and understandable English.
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- Multistage Transistor Amplifier.
- Role of Capacitors in Transistor Amplifiers-As coupling capacitors
- Role of Capacitors in Transistor Amplifiers-As bypass capacitors
- Basic terms-gain, frequency response, and decibel gain
- Amplifier-Bandwidth
- RC Coupled Transistor Amplifier
- RC Coupled Transistor Amplifier-Frequency response.
- RC Coupled Transistor Amplifier- Advantages,Disadvantages and Applications.
- Transformer-Coupled Amplifier
- Transformer-Coupled Amplifier-Frequency response
- Transformer-Coupled Amplifier-Advantages,Disadvantages and Applications.
- Direct-Coupled Amplifier
- Distortion in amplifiers
- Step Response of an amplifier
- Tilt or Sag
- Closed Loop Amplifier
- Voltage series feedback
- Input Resistance with Voltage series Feedback
- Output Resistance with Voltage series Feedback
- Output Offset Voltage
- Voltage Follower
- Voltage shunt Feedback
- Input Resistance with Voltage Shunt Feedback
- Output Resistance with Voltage Shunt Feedback
- Bandwidth with Feedback
- Non-linear Distortion Reduction
- General Feedback Structure
- Negative Feedback properties- Gain Desensitivity:
- Negative Feedback properties-Bandwidth Extension
- Negative Feedback properties-Interference Reduction
- FEEDBACK TOPOLOGIES
- Voltage Amplifiers
- Current Amplifiers
- Transconductance Amplifiers
- Transresistance Amplifiers
- Feedback Transconductance Amplifier (Series-Series)-Ideal Case
- Feedback Transconductance Amplifier (Series-Series)- Practical Situation
- Feedback Transresistance Amplifier (Shunt-Shunt)- Ideal Case
- Feedback Transresistance Amplifier (Shunt-Shunt)-Practical Situation
- Shunt-Series Feedback Amplifier-Ideal Case
- Shunt-Series Feedback Amplifier-Practical situation
- Series-Shunt Feedback Amplifier-Ideal case
- Series-Shunt Feedback Amplifier-Practical Situation
- Astable Multivibrator using Op-amp
- Oscillators
- Sinusoidal Oscillators
- Oscillation through Positive feedback and Backhausen criterion
- Sinusoidal Oscillators operating frequency
- Harmonic Oscillator
- The RC Phase Shift Oscillator
- Transistor Phase Shift Oscillator
- Wien Bridge Oscillator:
- Wien Bridge Oscillator-Operation
- Tuned Oscillator
- The Colpitts Oscillator
- Crystal Oscillator
- Introduction-Power Amplifiers
- Amplifier Efficiency
- Types of Coupling
- Ranges of Frequency.
- Two Load Lines
- SERIES-FED CLASS A AMPLIFIER
- Series-fed class A amplifier-AC operation
- Series-fed class A amplifier-OUTPUT POWER
- Series-fed class A amplifier-Efficiency and Maximum Efficiency
- Emitter-Follower Power Amplifier
- Tranformer-coupled class A amplifier
- Signal swing and output ac power-Tranformer Coupled Power Amplifier
- Efficiency and Maximum theoretical efficiency-Tranformer Coupled Power Amplifier
- Class B amplifier-Input (DC) Power and Output (AC) Power
- Class B amplifier operation
- Class B amplifier-Efficiency
- Maximum Power Considerations
- Class B amplifier circuits
- Transformer-Coupled Push-Pull Circuits
- Complementary-Symmetry Circuits
- Quasi-Complementary Push-Pull Amplifier
- Amplifier distortion
- Harmonic Distortion and Total harmonic distortion
- Second harmonic distortion
- Power of Signal Having Distortion
- Graphical Description of Harmonic Components of Distorted Signal:
- DC Load Line and AC Load Line Class B Amplifier:
- Crossover Distortion
- Class AB
- Biasing Class B/AB Amplifiers-Voltage-Divider Bias:
- Biasing Class B/AB Amplifiers-Diode Bias
- Logarithmic Multiplier:
- Logarithmic Multiplier-Basic Multiplier Circuitry
- Class C Bias
- Class C Operation
- Class C Load Lines and DC clamping
- Class D Amplifiers
- Differential Amplifiers
- Differential Amplifiers-D.C. Analysis.
- Dual Input, Balanced Output Difference Amplifier.
- A.C. Analysis-Differential Amplifier
- Differential Input and output Resistance
- Inverting & Non - inverting Inputs
- Common mode Gain
- Dual Input, Unbalanced Output Differential Amplifier
- Differential amplifier with swamping resistors
- Biasing of Differential Amplifiers-Constant Current Bias
- Current Mirror Circuit
- Operational amplifier
- Level Translator
- Parameters of OPAMP
- Parameters of OPAMP-Gain Bandwidth Product,Slew Rate and Input Offset Voltage and Current Drift: :
- Ideal OPAMP and Equivalent Circuit of OPAMP
- Ideal Voltage Transfer Curve
- Emitter Coupled Differential Amplifier
- Open loop-Differential Amplifier
- Inverting Amplifier
- Non-inverting amplifier
- Analog Inverter and Scale Changer
- Inverting summer
- Non-Inverting summer
- Differential Amplifier:
- OPAMP-Integrator
- Voltage to current converter
- OPAMP-Differentator
- Grounded Load
- Current to voltage converter:
- First Order Low Pass Filter:
- Low pass filter with adjustable corner frequency
- Second Order Low-Pass Butterworth filter
- First Order High Pass Butterworth filter
- Precision Diodes
- Active Clippers
- Active Half Wave Rectifier
- Axis Shifting of the Half Wave Rrectifier
- OPAMP-Comparators
- Schmitt Trigger
- Non-inverting Schmitt trigger
- Relaxation Oscillator
- Triangular Wave Generator
- Bridge Amplifier
- AC Voltage Follower
- DC Voltage Follower
- Logarithmic amplifiers
- Antilog Amplifier
- Miller Integrator Time-base Generators Using Operational Amplifiers
- Bootstrap sweep generator