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June 14, 2025
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========1======================== Sure! Your request is to analyze the comprehensive performance of Hideo Kojima’s Metal Gear series on PlayStation platforms over time, calculate a weighted performance index (emphasizing fluidity, with stability, SF precision, and dynamic SF included), and plot it using MATLAB with the Y-axis as the index and the X-axis as time. Below, I’ll… read more »
As semiconductor technology advances, gaming platform hardware accelerates to meet the increasing demands of software, enhancing user interaction and enriching entertainment experiences for the general public. For example, popular video games like “Metal Gear” showcase the improvements in graphics and gameplay made possible by these advancements, allowing players to immerse themselves in more dynamic and… read more »
Design an Electromigration (EM) Test Pad University of Central Florida Designed an Electromigration (EM) Test Pad layout using Cadence® Virtuoso® for tape-out in collaboration with Harris Corporation and ICAMR (Fall 2016); submitted GDSII files to partner Novati Technologies, Inc. Map file was from MOSIS: https://www.eda.ncsu.edu/wiki/MOSIS_Layers, https://eda.ncsu.edu/. The test pad size: 120um x 120 um. Pitch:… read more »
The power a circuit dissipates falls into two broad categories: Static power Dynamic power Static Power Static power is the power dissipated by a gate when it is not switching – that is, when it is inactive or static. Static power is dissipated in several ways. The largest percentage of static power results from source-to-drain… read more »
Problems 1. How does the band gap indicate whether or not your substance is an insulator, semiconductor or conductor? 2. What is the purpose of a p-type semiconductor? An n-type? 3. What is the purpose of understanding band theory? Answers 1. A very large band gap is indicative of an insulator–since it takes a great… read more »
Figure A. A p–n junction in thermal equilibrium with zero-bias voltage applied. Electron and hole concentration are reported with blue and red lines, respectively. Gray regions are charge-neutral. Light-red zone is positively charged. Light-blue zone is negatively charged. The electric field is shown on the bottom, the electrostatic force on electrons and holes and the… read more »
Understanding the FinFET semiconductor process -from Youtube How MOSFETs and Field-Effect Transistors work! -from Youtube