Stanford Seminar - Microprocessors
Explore the history and impact of the 4004 microprocessor with insights from industry pioneers, covering its development, architecture, and influence on modern computing.
Reading Silicon - How to Reverse Engineer Integrated Circuits
Explore integrated circuit reverse engineering with Ken Shirriff. Learn techniques to decipher chip layouts, from classic processors to analog components, using die photos and analysis methods.
How Chips Are Designed
Comprehensive exploration of chip design process, covering schematics, layout, simulation, manufacturing, and advanced technologies. Insights into industry practices and practical examples provided by an experienced professional.
How to Solder Surface Mount Components - SMD Soldering Tutorial
Learn essential SMD soldering techniques for PCB projects. Master soldering resistors, capacitors, connectors, and ICs with expert tips and clear demonstrations.
How the Silicon Commons, Developed Through OpenTitan, Is Revolutionizing Chip Design
Explore how OpenTitan's Silicon Commons is transforming chip design, revolutionizing the industry with open-source hardware and collaborative innovation.
How Sand and Java Are Used to Create the World's Most Powerful Chips
Explore the fascinating world of chip manufacturing, from sand to powerful processors, and discover Java's role in optimizing this cutting-edge process.
Introduction to MOSFET - Lecture 9.1
Learn about MOSFET structure, operation, and characteristics in this concise introduction to a fundamental semiconductor device used in modern electronics.
Introduction to Digital IC Design
Explore fundamental concepts and principles of digital integrated circuit design, laying the groundwork for advanced electronic systems development.
Example Problems with MOSCAPs - Lecture 8.3
Solve example problems involving MOSCAPs to deepen understanding of their behavior and characteristics in electronic circuits.
CMOS Technology
Explore CMOS technology fundamentals, applications, and advancements in modern integrated circuit design and fabrication.
UnTrustZone: Systematic Accelerated Aging to Expose On-Chip Vulnerabilities
Explore systematic accelerated aging techniques to expose vulnerabilities in on-chip systems, focusing on UnTrustZone and its implications for hardware security.
Introduction to Semiconductor Devices
Explore fundamental concepts and principles of semiconductor devices, gaining essential knowledge for electronic engineering applications.
The MOSFET and its Characteristics
Explore MOSFET characteristics, small signal analysis, incremental gain, and device equations for a comprehensive understanding of this crucial semiconductor device.
Digital IC Design
Explore advanced concepts in digital integrated circuit design, focusing on modern techniques and methodologies used in creating complex digital systems.
Current Regulator Applications, Introduction to Bandgap Voltage References, PTAT and CTAT Voltage
Explore current regulator applications and delve into bandgap voltage references, examining PTAT and CTAT voltage concepts for advanced electronic design.
Bandgap Voltage Reference Circuit and Brokaw Bandgap Circuit
Explore the principles and design of Bandgap Voltage Reference Circuits, focusing on the Brokaw Bandgap Circuit implementation and applications.
Dynamic Logic and Domino Logic - Lecture 6.9
Explore dynamic logic-based NAND/NOR gates, address falling input issues in dynamic inverters, and discover Domino logic as a solution.
Circuit Level Design of Charge Pump - Part I
Explore source switched charge pump design, charge sharing, clock feedthrough, and output voltage range in this detailed circuit-level analysis.
Bad CMOS Buffer Design Analysis - Part 1
Analyze bad buffer design and its implications in CMOS technology. Learn key concepts for improving circuit performance and reliability.
Analog Layout Techniques - Part 2
Explore advanced analog layout techniques, focusing on optimizing circuit performance and minimizing parasitic effects in integrated circuit design.
Sub 1 Volt Bandgap Circuit Design
Explore sub-1 volt bandgap circuits, their design principles, and applications in low-power electronic systems.