1. Introduction to Operational Amplifiers
1. The Operational Amplifier
2. The Ideal Op-Amp
3. Equivalent Circuit of an Op-Amp
4. Parameters of an Op-Amp
5. Open Loop Op-Amp Configurations
6. Closed Loop Op-Amp Configurations
6.1. Voltage Series Feedback Amplifier
6.2. Voltage Shunt Feedback Amplifier
2. Applications of Operational Amplifiers
1. Summing, Scaling, and Averaging Amplifiers
2. Voltage to Current Converter
3. Current to Voltage Converter
4. The Integrator
5. The Differentiator
3. Differential Amplifiers
1. Differential Amplifiers
2. Dual-Input, Balanced-Output Differential Amplifier
1. The Operational Amplifier
2. The Ideal Op-Amp
3. Equivalent Circuit of an Op-Amp
4. Parameters of an Op-Amp
5. Open Loop Op-Amp Configurations
6. Closed Loop Op-Amp Configurations
6.1. Voltage Series Feedback Amplifier
6.2. Voltage Shunt Feedback Amplifier
2. Applications of Operational Amplifiers
1. Summing, Scaling, and Averaging Amplifiers
2. Voltage to Current Converter
3. Current to Voltage Converter
4. The Integrator
5. The Differentiator
3. Differential Amplifiers
1. Differential Amplifiers
2. Dual-Input, Balanced-Output Differential Amplifier
3. Dual-Input, Unbalanced-Output Differential Amplifier
4. Active Filters
1. Active Filters using OP-AMPS
4. Voltage Regulators
4. Active Filters
1. Active Filters using OP-AMPS
4. Voltage Regulators
Voltage Regulators
Fixed Voltage Regulators
Adjustable Voltage Regulators
Switching Regulators
Special Regulators
4. The 555 Timer
The 555 Timer