Custom / Analog Layout
Circuit Theory Basics Semiconductor Devices IC Fabrication basic Steps and stages
- Â Passive Element: Resistor, Capacitors/Inductors.
- Energy Source: Voltage source and Current Source
- Ohms Law, KCL and KVL, Circuit Theorems
- Â MOSFET, Diode, Capacitors, Resistors, Inductors, Bipolar Junction Transistor
- CMOS IC Fabrication Process, Fabrication Steps, Photo-Lithography Process, Types of Processes
- VLSI Design Flow
CMOS IC Fabrication Process
- Czachorowski (CZ) Process
- Lithography
- Oxidation
- Overview of Process
- CMOS fabrication sequence
- OPC
- Process rules
- Resistor cross section
Turn on screen reader support
Layout work Flow
- IC design tech nodes and challenges
- Common analog design topologies
- Layout work ow:
- Schematic-Schematic capturing, Reading the Schematic Components.
- Layout -Floor-planning, Series and Parallel devices (Mos, Res and Cap), Placement, Routing
- Physical Verification- Design Rule Check Layout vs Schematic.
- Process Design Kit- Process Document, Rule file for all verification, Model libraries
Custom Digital Cells
- Digital Cells Layout,
- Digital cell library, Digital Cells Examples,
- Stick diagram, Euler path,
- Digital Cell Design and Routing: Routing, Digital Cell P&R Particulars, Metal Spacing Grids,
- Digital Cell Template, Guidelines to Layout Std. Cell Lib, Schematic for adder
Analog Layout and Challenges
- Analog vs Digital
- Devices sizes in Analog Layout
- Fingers and Multipliers
- Analog Layout: Matching, Methods of Matching, Inter-digitized, Common Centroid, Guidelines Matching
- Analog Layout Challenges: Electromigration, Electromigration – Flow, Electromigration – Layo care, IR Voltage drop, Latch-Up, ESD, Antenna Effect, Coupling & Shielding, Shallow Trench
Isolation, Well Proximity Effect, - Multi Domain Power and Ground, Cross Section of cascade devices, Deep Newell, Separate potential Newell, Cross Section with Drawn Layers,
Finfet technology and Layout design challenges in finfettech
Well structures, Deep Newell/Tripple well process, Level shifter, Planar MOSFET Vs Finet, Fabrication, Layout challenges
VLSI Analog Layout Design is a comprehensive course focusing on the
principles and techniques of analog layout design in the field of Very
Large-Scale Integration (VLSI). Students will learn about custom analog
layout design methodologies, parasitic analysis, matching techniques,
layout strategies for various analog building blocks, and practical
aspects of layout design for mixed-signal integrated circuits.
Custom and Analog Layout Training | |
---|---|
Duration | 4 months |
Next Batch | Â |
Schedule | Â |
 | Saturday & Sunday(9AM – 5PM) India time |
 | 9AM – 1PM (Theory session offered by trainer) |
 | 2PM – 5PM (Lab & tool based session guided by trainer). Students from US will get support in different time. |
 | Students can also get support on complete project flow during weekdays in evenings. |
New batch starts | Every 8 Weeks |
Tools | Synopsys Custom Designer, IC Validator |
Mode of training | Class room training and Live online training sessions |
Tool Access | Tool access for complete course duration |
Batch Size | 15 |
Assignments | 10 |
Course Highlights
- 1-1 Dedicated Mentor Support
- Â 24/7 Tool Access
- Multiple mock interviews
- Industry Standard Projects
- Support with resume update