4. Find the Norton equivalent circuit seen by RLoad. For this part, DO NOT physically apply a short to measure Isc =IN - Instead, use the load line method to measure Isc =IN. This works as follows: a. Set the potentiometer to the original load value and connect it between nodes A&B. b. Vary the potentiometer, and measure the voltage (Vp) across it, and the current (Ip) through it. c. Obtain five data points and plot (draw a graph of) Vp Vs. Ip. You can use the built-in graphing tools of Microsoft Office or Google Docs, or draw them manually. d. From the plot in (c), find In , VTH , and RTTH -

4. Find the Norton equivalent circuit seen by RLoad. For this part, DO NOT physically apply a short to measure Isc =IN - Instead, use the load line method to measure Isc =IN. This works as follows: a. Set the potentiometer to the original load value and connect it between nodes A&B. b. Vary the potentiometer, and measure the voltage (Vp) across it, and the current (Ip) through it. c. Obtain five data points and plot (draw a graph of) Vp Vs. Ip. You can use the built-in graphing tools of Microsoft Office or Google Docs, or draw them manually. d. From the plot in (c), find In , VTH , and RTTH -

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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