Primarily this course is designed to cover very important basics of Analog Integrated Circuit design. This course covers all the way from MOSFET modelling to Complex Analog Block designs. Mainly focused on giving hands-on practical exposure in doing circuit design for a given analog & mixed signal product. By end of the course you will learn circuit design in EDA tool, simulation, design verification of typical analog circuits such as Opamp, PLL, Bandgap, LDO. Course also focus on giving insights of the design and simulation of I/O’s, Memory as well. After completing the course, you will get opportunity to move into domains such as Analog & Mixed Signal Design, Memory Design, Standard Cell Design, and I/O Design.
IC Design Training / Online Chip Design
training / Custom Circuit Design Training
Eligibility
B.Sc in ECE/EEE/CSE/PHYSICS
M.Sc/M.S in VLSI/Embedded Systems/Digital Electronics/Physics
Course Highlights:
- Deep understating MOSFETs W.r.t Modelling, Noise, Matching & Non- Linearity
- Understand Analog Circuit Basics of Single Stage Amps, Differential Amps, Current Mirrors, Two Stage Opamp Design, Feedback Theory & Frequency Compensation
- Understand Critical Analog Blocks such as Band Gap reference Design, Oscillators, Phase Lock Loop Designs
- Critical Industry standard project execution under the guidance of 15+ year’s industry expert.
- 24×7 Lab Support with classroom practice handouts and course material.
- Soft skills development, job oriented analog design training with 100% placement assistance.
COURSE CURRICULUM
Module 1: Device Physics
1 Semiconductor Basics
2 MosFet, BJT & Diode Basics, Small Signal Models
3 Short Channel Effects
Module 2: Single stage Amplifiers Design
4 Common Source, Common Gate & Source Follower Designs
5 Cascode stages Design
Module 3: Cadence Tool Introduction
6 Schematic Capture Introduction
7 Different Analyses Introduction
8 Running Simulations Introduction
Module 4: Differential Amplifiers Design
9 Sigle Ended Vs Differential Design
10 Current Mirrors
11 Differtial Amplifier Analysis
Module 5: Feedback Techniques
12 Differerent Feed back Topologies
13 Feedback practical application
Module 6: Operational Amplifiers Design
14 Single stage & Two stage opampa design
15 Folded Cascode & Gain Boosting Opamp design
Module 7: Stability
16 Stability Analysis & Frequency compensation
17 Compensation of Feedback systems
Module 8: Voltage Regulators Design
18 Voltage Regulator Concepts
19 Low Drop out regulator design
Module 9: Bangap References
20 Temperature Independent References Concepts
21 Bandgap Reference Design
Module 10: Oscillators
22 Positive Feedback Concepts
23 Oscillator Design – Ring, LC & VCO
Module 11: Phase Locked Loops
24 PLL Concepts
25 PLL Design
Module 11: Data Converters
26 Data Converter Concepts
27 Data Converters Design – Flash, SAR & Sigma- Delta
Module 12: Mini Project
28 Industry standard Mini Project Execution
Primarily this course is designed to cover very important basics of Analog Integrated Circuit design. This course covers all the way from MOSFET modelling to Complex Analog Block designs. Mainly focused on giving hands-on practical exposure in doing circuit design for a given analog & mixed signal product. By end of the course you will learn circuit design in EDA tool, simulation, design verification of typical analog circuits such as Opamp, PLL, Bandgap, LDO. Course also focus on giving insights of the design and simulation of I/O’s, Memory as well. After completing the course, you will get opportunity to move into domains such as Analog & Mixed Signal Design, Memory Design, Standard Cell Design, and I/O Design.