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University of California, Berkeley - EECS 16Asol3B

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EECS 16A Designing Information Devices and Systems I Summer 2020 Homework 3B This homework is due Sunday, July 19, 2020, at 23:59. Self-grades are due Wednesday, July 22, 2020, at 23:59. Submissio ... n Format Your homework submission should consist of a single PDF file that contains all of your answers (any handwritten answers should be scanned). Homework Learning Goals: The objective of this homework is to familiarize you with the use of resistive dividers in the design of useful, real-world applications, introduce the concepts of power dissipation, and voltage and current measurement. Finally, it will give you some practice on the superposition circuit analysis technique . 1. 1-D Resistive Touchscreen Figure 1 shows the top view of a resistive touchscreen consisting of a conductive layer with resistivity rt1, thickness t, width W, and length L. At the top and bottom it is connected to good conductors (r = 0), represented in the figure by two rectangles. The touchscreen is wired to voltage source Vs. Figure 1: Top view of 1-D resistive touchscreen (not to scale). UCB EECS 16A, Summer 2020, Homework 3B, All Rights Reserved. This may not be publicly shared without explicit permission. 1 [Show More]

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