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Device physics is fundamental to semiconductor technology in a number of ways. It is necessary to understand the behavior of transistors, both from a qualitative standpoint as well as from a more-detailed modeling standpoint. Device physics provides the basis for technology development. The path from junctions to bipolar junction transistors to MOSFETs to compound semiconductors relies on an in-depth understanding of device physics. Device physics also serves as the basis for understanding chip design and layout issues, fab processing issues, reliability physics issues, and analysis and characterization issues. While most engineers study this field in college, it is always good to review this topic and understand new developments in this area. This workspace provides that review and understanding necessary for semiconductor devices and integrated circuits.
$700
Please email the printable registration form for online training to us at the email address on the form to complete your order.
Introduction
This course provides an introduction to device physics from a visual perspective. Device physics can be difficult to understand if one tries to delve into the complex mathematics associated with solid state and semiconductor behavior. A much easier way to understand device physics is to visualize the concepts. We work through the major concepts using images and animations to give the user an intuitive perspective of the subject.
Semiconductors and Carriers
Junction and Depletion Regions
PN Junctions and Diodes
Bipolar Transistor Basics
MOS Transistors
Additional Topics
Quiz: Semiconductors and Carriers
Quiz: Junctions and Depletion Regions
Quiz: PN Junctions
Quiz: Bipolar Transistor Basics
Quiz: MOS Transistors
Quiz: Additional Topics
Semiconductors and Carriers
Junctions and Depletion Regions
Additional Topics
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