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Advanced Analog Layout Design

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Advanced Analog Layout Design

TBA 6 Months

Program Outcomes

At the completion of the program the learners will be able to:

Discuss the concepts of Analog and Digital circuit design, advanced semiconductor technologies such as FinFET, CFET , GAA , and SOI and Scripting Languages such as Python and TCL

Analyse the core principles of CMOS and emerging device architectures, along with advanced circuit theory and layout fundamentals

Apply the concept of FinFET to design and simulate complex full-custom layout design blocks such as op-amps, LDOs, LNAs, PLLs, data converters, and bandgap references using industry-standard PDKs and EDA tools

Analyse and interpret circuit schematics and translate them into matched, optimized, and DRC/LVS-compliant layouts

Analyse and apply layout-dependent effects, parasitic effects, and process variations and evaluate strategies for performance, noise immunity, and device matching using layout-aware techniques

Analyze post-layout simulation results and iterate to meet performance specifications under PVT variations

Design and implement optimized Analog and Digital IPs, perform pre- and post-layout simulations, and validate manufacturability and robustness using DRC, LVS, DFM, and reliability checks

Indicative Content

Foundation

  • Linux Essentials
  • Python Scripting
  • TCL Scripting
  • Digital Electronics
  • High Speed Digital Design
  • Circuit Theory
  • Network Theory
  • Introduction to VLSI Design

Advanced Microelectronics

  • Analog Electronics
  • MOSFET
  • Emerging MOS devices – CFET, GAA, FINFET
  • SOI (Silicon-on-Insulator) Technology
  • FD-SOI vs Bulk CMOS
  • Advanced CMOS Nodes (5nm, 3nm, 2nm)
  • Process Variations & Reliability Analysis
  • Layout dependent effects - WPE, PPE, LOD
  • Noise mitigation techniques
  • Introduction to PDK tools & Analog Circuit Simulation (AC, DC, Transient, Stability)

Advanced Analog Circuit Design

  • FINFET Fabrication
  • Process Library development & migration
  • Passive Component Design
  • Op-amp Design (FINFET)
  • Low Noise Amplifier (LNA)
  • Switched Capacitor Circuits
  • Current Mirrors
  • Data Converters – ADC, DAC
  • LDO Voltage Regulators
  • Phase Locked Loops
  • Bandgap References & PTAT Circuits
  • Clock and Data Recovery (CDR)
  • 3D ICs, Heterogeneous Integration
  • Pre/Post Layout Simulations

Layout Design

  • Custom Layout Techniques
  • Matching & Inter Digitization RC Balancing Techniques
  • Parasitic Extraction & Optimization
  • Analog IP Macro Development
  • Design & Layout Flow Overview
  • Advanced Physical Verification - DRC, LVS, Antenna, DFM
  • Analog Layout Design Projects
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