Myself Ravi, I am student of the IIT madras? I have missed my Analog Integrated Circuit Design lectures? So I am searching for the IIT madras Analog Integrated Circuit Design lectures video online? Can you please provider me some way from where I can download this online?

Self study program in simple circuit configuration is for the individuals who are occupied with simple circuit plan and might want to learn it well, you can utilize the accompanying layout.

The accentuation in the courses is on top to bottom comprehension of fundamental ideas and not on retention of results from countless. We locate the last approach ineffective as particular outcomes will be overlooked after some time and powerlessness to infer them yourself renders you vulnerable when confronted with another circuit.

For each hour of address, hope to spend no less than 3 hours for assessing the material, demonstrating the outcomes independent from anyone else, and taking care of issues. You can take care of the issues in the reference books and in the assignments portions


While taking care of issues, attempt to see each progression, and why the last outcome is how it is. The accentuation ought to be on getting the thought behind the issue, as opposed to tackling countless with the sole point of acquiring the last outcome. Some measure of practice is basic for circuit investigation, yet the accentuation must move towards understanding the outcomes as you advance. The three courses sketched out beneath can be considered as essential, fundamental, and propelled courses. At 10 hours for every week you can hope to put in a year to take in the material truly well.

Essentials: You should know circuit analysis(mesh and nodal examination, phasors), straight circuit theorems(superposition, thevenin/norton reciprocals, correspondence and so forth.), and nuts and bolts of systems and systems(differential conditions, laplace changes). These points are examined in Electrical and Magnetic Circuits and course on systems and systems(Prof. VGK Murti's addresses on NPTEL).

Self study program
1. Prof. K. Radhakrishna Rao Foundation Workshop on Analog Circuit Design: (~30 lecture hours)
• Review of circuit analysis (covered in greater detail in EC1010, Electrical and magnetic circuits)
• Differential equations and laplace transforms
• Negative feedback
• Device models
• Basic transistor amplifiers(covered in greater detail in EC3102, Analog circuits)


2. EC1010, Electrical and magnetic circuits: (~45 lecture hours)
• Voltage, current, and basic electrical elements
• Nodal and Mesh analysis
• Transistor amplifiers
• Circuit theorems
• Negative feedback and ideal opamps
• RC, RLC circuits and differential equations
• Sinusoidal steady state analysis; Phasors
• Magnetic circuits



3. EC3102, Analog circuits: (~45 lecture hours)
• Incremental analysis of nonlinear circuits
• Transistor amplifiers
• Bias stabilization in amplifiers
• Controlled sources
• Differential pair
• Negative feedback systems
• Operational amplifier


4. EE5390, Analog IC design: (~45 lecture hours)
• Negative feedback systems
• Operational amplifier
• Transistor amplifiers and biasing
• Differential pair
• Fully differential circuits and common mode feedback
• CMOS operational amplifiers