Lecture 12 of 41Week 3
Lecture 12 : Transmission Line Equations
Prof. Sarang Pendharker · IIT Kharagpur
Credits and licence
- From
- VLSI Interconnects, IIT Kharagpur (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Lecture 1 : Introduction to VLSI Interconnects.
- Lecture 2 : The Distributed RC Interconnect Model
- Lecture 3 : The Elmore delay
- Lecture 4 : Elmore delay in interconnects
- Lecture 5 : Elmore Delay in Branched RC Interconnects
- Lecture 6 : Equivalent Circuit For RC Interconnects
- Lecture 7 : Scaling Effects in Interconnects
- Lecture 8 : Delay Mitigation In RC Interconnects
- Lecture 9 : RC Interconnect Simulation
- Lecture 10 : Inductive Effects In Interconnects
- Lecture 11 : Distributed RLC Interconnect Model
- Lecture 12 : Transmission Line Equations
- Lecture 13 : When To Consider The Inductive Effects?
- Lecture 14 : The Transfer Function of an RLC Interconnect
- Lecture 15 : Time Domain Response of a Lumped RLC Circuit
- Lecture 16 : Equivalent Elmore Model For RLC Interconnects
- Lecture 17 : Two-Pole Model Of RLC Interconnects From ABCD Parameters
- Lecture 18 : RLC Interconnect Simulation
- Lecture 19 : Origin Of The Skin Effect
- Lecture 20 : Effective Resistance At High Frequencies
- Lecture 21 : Equivalent circuit to simulate skin effect
- Lecture 22 : Power dissipation due to interconnects
- Lecture 23 : Optimum interconnect width for minimizing total power dissipation
- Lecture 24 : Heating effects and thermal modeling
- Lecture 25 : Compact thermal modeling with equivalent electrical circuits
- Lecture 26 : Electromigration in interconnects
- Lecture 27 : Mitigation of Electromigration
- Lecture 28 : Capacitive coupling in interconnects
- Lecture 29 : Cross-talk and timing jitters in two identical interconnects
- Lecture 30 : Coupling effects and mitigation techniques
- Lecture 31 : Matrix formulation of coupled interconnects
- Lecture 32 : Coupled RLC interconnects
- Lecture 33 : Decoupling of interconnects by diagonalization of matrix
- Lecture 34 : Analysis of coupled interconnects: Example
- Lecture 35 : Analysis of coupled interconnects: Examples-2
- Lecture 36 : Simulation of RC coupled interconnects
- Lecture 37 : Extraction of capacitance (part-1)
- Lecture 38 : Extraction of capacitance (part-2)
- Lecture 39 : Extraction of inductance (part-1)
- Lecture 40 : Extraction of inductance (part-2)
- Lecture 41 : Estimation of interconnect parameters from S-parameters