10.000CURRENT TURNS SECYRATIOBelow the dashec ine heexciting curent for a civenvotage for any unt ail oteceed the curve valueAbove the dashed ine, thevoltaoe or a olven excitingcurrert for any unit will notbe less than Nof thearve value500RATIO RESohs30oc2000100S200520140.1G.05C.100.150.200.25by more than 2%3005400550056005800500051000120001100 1120116011001200 1240110000.410.460.01300201300.001 0002 0 005 0.01 0.02 00 01 6250 100Secondary Exciting Current - I, - amps rmsFigure Q1(b)Secondary Exciting Votage - V- volts ms (b) Determine the maximum secondary burden for a 1200/5, C400 CT, connectedon the 1100/5 tap, that can be used to maintain the rated accuracy at 20 timesrated symmetrical secondary current. Figure Q1(b) represents the typicalexcitation curve for multi-ratio C class CT.

Determine the maximum secondary burden for a 1200/5, C400 CT, connected on the 1100/5 tap, that can be used to maintain the rated accuracy at 20 times rated symmetrical secondary current. Figure Q1(b) represents the typical excitation curve for multi-ratio C class CT.

Determine the maximum secondary burden for a 1200/5, C400 CT, connected on the 1100/5 tap, that can be used to maintain the rated accuracy at 20 times rated symmetrical secondary current. Figure Q1(b) represents the typical excitation curve for multi-ratio C class CT.

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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