Objective

Ideal and non-ideal op-amp characteristics. SPICE models and simulations. Complete DC, small signal analysis of a 741 type op-amp including internal design. Noise consideration. Applications and design techniques: current and voltage sources, current to voltage and voltage to current converters, regulator, band-gap reference, switching regulator, active rectifier, logarithmic amplifiers, Gilbert multiplier, phase detector, active filters, digital to analog and analog to digital converters, temperature compensation. Basic phase lock loop theory and applications. Students are advised to take ELE2110 before taking this course.

Syllabus

• Ideal opamp
• Non Ideal opamp
• Circuit Simulation
• Analysis of a 741 opamp
• Stability
• Current & voltage sources
• Voltage reference & regulator
• Analog multiplier
• Active filter
• D/A converter
• A/D converter
• PLL

 

Learning Outcome

• Understand ideal and non ideal opamp characteristics
• Perform design and simulation of analog circuits
• Understand the basic operation of analog multipliers
• Perform design and simulation of different types of active filters
• Understand the specifications and basic operations of different types of D/A converters
• Understand the specifications and basic operations of different types of D/A converters
• Understand the basic operation and application of a PLL

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