26Asiacell2 9:Y0 O1%V 36lor B/sAsiacell2nd exp..p... >E. Report :- -For all graphs, origin should be ( 0 ) volt and CO) amp.1- Plotallthe 4 external characteristics,i.e.forA )separateexcitation,(B ) self excited shunt,(C)compoundexcitation cumulative and differential in the same graphsheet.V. in y - axis and IT, in x - axis.2- Experiment A : Calculate the internal characteristic which isthe plotof the induced emf against theloadcurrent.Assumethe armature reactiontobenegligible. Plotthe internalcharacteristicandtheexternal characteristic inthesamegraph sheet.3- Experiment B : Determine the internal characteristic and plotexternalandinternal characteristics inthesame graph sheet.4- Experiment C : Determinethe internal characteristic and plotthem along with the external characteristicinthesame sheet.5- Why should the terminal voltage drop more in the case of shuntgenerator than in the case of separately excited generator as theload current is increased ?6- Why it is possible to short circuit the differentialcompoundgenerator and not the cumulative compound generator ?2 - 5Il>220 v iD.C.Fig.1 - Load...

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For all graphs, origin should be (O ) volt and (0 ) amp. 1- Plot all the 4 external characteristics, i.e. for (A ) separate excitation, ( B ) self excited shunt, ( C compound excitation cumulative and differential in the same graph sheet. V. in y - axis and IT, in x - axis.

For all graphs, origin should be (O ) volt and (0 ) amp. 1- Plot all the 4 external characteristics, i.e. for (A ) separate excitation, ( B ) self excited shunt, ( C compound excitation cumulative and differential in the same graph sheet. V. in y - axis and IT, in x - axis.

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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