Ultimate Guide to Analog VLSI Voltage Reference Design
Focused View
4:41:40
1 -Introduction.mp4
05:48
1 -Voltage Reference Papers.pdf
1 -Definition of voltage reference.mp4
05:09
2 -PVT variations - Process variations.mp4
15:00
3 -Supply Variations.mp4
06:31
4 -Temperature Variations.mp4
06:04
5 -Specifications of Voltage Reference Summarized.mp4
12:08
1 -Mathematical combinations of generating PTATCTATRef parameters.mp4
16:13
2 -Generating PTAT voltage from diodes.mp4
13:25
3 -PTAT and CTAT voltages from BJTs.mp4
14:48
4 -PTAT and CTAT voltages from MOSFETs.mp4
25:18
1 -Delta VBE based approach.mp4
26:26
2 -Delta VGS based approach.mp4
17:20
3 -VGS based approach.mp4
09:14
1 -VBE based approach.mp4
04:59
2 -VGS based approach.mp4
04:05
3 -Delta VGS based approach.mp4
13:32
1 -Type 1 Static Voltage References.mp4
15:25
2 -Trimming Circuits.mp4
06:30
3 -Start-up Circuits.mp4
10:13
4 -Sub-bandgap references.mp4
06:56
5 -Type 1 Dynamic Voltage References.mp4
07:19
6 -Type 2 Voltage References.mp4
08:33
7 -Type 3 Voltage References.mp4
08:06
1 -Final Design Considerations and Summary.mp4
22:38
More details
Course Overview
Master the essential building blocks of Analog VLSI systems with this comprehensive course on voltage reference design. Learn to create stable references that withstand PVT variations and meet critical specifications.
What You'll Learn
- Fundamentals of voltage references and key performance metrics
- Temperature compensation techniques using PTAT/CTAT circuits
- Practical design approaches for robust voltage references
Who This Is For
- Analog IC designers and VLSI engineers
- Electrical engineering students specializing in IC design
- Semiconductor professionals working with reference circuits
Key Benefits
- Hands-on experience designing from scratch
- Master both static and dynamic reference topologies
- Learn industry-standard trimming and start-up circuits
Curriculum Highlights
- Voltage reference fundamentals and PVT variations
- PTAT/CTAT generation with BJTs and MOSFETs
- Complete reference circuit design methodologies
Focused display
Category
- language english
- Training sessions 24
- duration 4:41:40
- Release Date 2025/05/22
