Devices to Circuits
Comprehensive exploration of microelectronics, covering BJTs, MOSFETs, amplifiers, and circuit analysis. Focuses on device physics, operational modes, and practical applications in analog and digital circuits.
Deep Submicron Backdoor - SyScan'14 Singapore
Explore deep submicron backdoors in hardware security, examining vulnerabilities and potential exploits at the microscopic level of integrated circuits.
Surface Mount Soldering Techniques for Electronics - Part 3
Learn surface mount soldering techniques for various components, from resistors to QFN packages. Gain practical skills to confidently work with modern electronics, including equipment setup and troubleshooting tips.
Application of Scattering Parameters to DPL Time-Lag Parameter Estimation Using MEMS Structures
Explore MEMS test structures for DPL model parameter estimation in nanoscale IC materials using scattering parameters and the 2-omega method.
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.
MOS Capacitances in NMOS Transistors - Lecture 1.5
Explore gate, parasitic, and diffusion capacitances in NMOS transistors, focusing on their impact and modeling in MOS devices.
Introduction to Digital IC Design
Explore fundamental concepts and principles of digital integrated circuit design, laying the groundwork for advanced electronic systems development.
CMOS Technology
Explore CMOS technology fundamentals, applications, and advancements in modern integrated circuit design and fabrication.
The Active Load in CMOS Inverters - Continued
Explore the CMOS inverter's active load, incremental gain, and nonlinear characteristics in digital circuit design.
Digital IC Design
Explore advanced concepts in digital integrated circuit design, focusing on modern techniques and methodologies used in creating complex digital systems.
Short Channel Current Model Analysis for MOS Transistors
Explore short channel current models for MOS transistors, analyzing non-ideal behavior in linear and saturation regions.
NMOS Transistor Working - Lecture 1.3
Explore NMOS transistor operation and typical current characteristics in this concise lecture on semiconductor device fundamentals.
Understanding Silicon for CMOS Transistor Design - Lecture 1.1
Explore silicon's material benefits and doping concentration labeling for CMOS transistor design.
Short Channel Current Model for MOS Transistors - Lecture 1.7
Explore the short channel current model for MOS transistors, covering linear and saturation regions to understand non-ideal behavior.
MOSCAP Capacitance-Voltage (CV) Characteristics - Lecture 8.2
Explore MOSCAP capacitance-voltage characteristics, analyzing their behavior and implications for semiconductor device performance and design.
Chip-let Interconnect Test and Repair
Explore advanced techniques for testing and repairing chip-let interconnects, focusing on practical solutions and emerging methodologies in semiconductor manufacturing.
The Challenges of Scaling Beyond Moore's Law - From Monolithic Dies to 3D Heterogeneous Integration
Explore the shift beyond Moore's Law into 3D heterogeneous integration, examining technical challenges, economic factors, and emerging solutions in semiconductor design and packaging.
Enabling High Volume Data Communication - Solving Challenges in PIC Wafer Testing
Discover how Photonic Integrated Circuits revolutionize data communication through wafer testing innovations, focusing on Jenoptik's UFO Probe® card for simultaneous electrical and optical testing at high volumes.
Packaging of Sensors for High Reliability, Survival and Performance in Extreme Environments
Explore sensor packaging design challenges for extreme aerospace environments, focusing on MEMS integration, material selection, and reliability testing for hypersonic applications.
How Sand and Java Create the World's Most Powerful Chips
Explore the fascinating world of computer chip manufacturing, from sand to silicon, and learn how Java software plays a crucial role in optimizing this high-tech process.
AI on the Edge - Advancing Edge Computing and Next-Generation Networks
Explore AI's role in advancing edge computing and next-gen networks. Discover opportunities for AI on the edge in DOD Microelectronics Commons Program.