Operational Amplifiers I Code:(EC111.01)

• Learning the operational amplifier’s main characteristics: gain, input and output impedances, Slew rate, CMRR, offset, Bandwidth & frequency response.
• Constructing the classical linear configurations for the operational amplifiers such inverting , non-inverting amplifiers , voltage follower , summing and difference amplifier.
• Investigating of DC & AC response of inverting and non-inverting op-amp circuits.

Operational Amplifiers II Code:(EC111.02)

• Constructing an instrumentation amplifier based on the concept of cascaded opamps and understanding it’s importance and its applications.
• Analyzing and implementing cascaded opamps circuits and verifying the analyzed equations practically.
• Building a precision voltage source and current source using operational amplifiers.
• Set-up of a precision rectifier and examining rectified signals.

Operational Amplifiers III Code:(EC111.03)

• Experimenting the classical non-linear operational amplifier circuits such as the opamp integrator and differentiator configurations.
• Discovering the opamp current to voltage converter, comparator & Schmitt trigger circuits.

Operational Amplifiers IV Code:(EC111.04)

• Demonstrating two novel uses of op-amps: Negative Impedance Converters (NICs) and
• Generalized Impedance Converters (GICs).
• Experimenting how to convert a capacitor to inductor and vice versa, scale an impedance, and represent a negative resistance.

Operational Amplifiers V Code:(EC111.05)

• Constructing Active First-order low pass, high pass active filters using operational amplifiers.
• Implementing band pass filters and band-stop through cascading LPF and HPF.
• Understanding how to display, analyze the frequency response of different filters and how to calculate every filter’s cut off frequency.
• Comparing between the points of strength and weakness of the characteristics of active filters versus passive filters and therefore learning about the applications for which the active filters are designed.