q4 ciii (c) The magnetization curve for a separately excited DC generator is shown in Figure Q4(c). The generator is rated at 6 kW, 130 V, 50 A, and 1600 r/min. Its field circuit israted at 5 A. The following data are known about the machine:VF = 130 VRf = 20 NRA = 0.18 NRadj = 0 to 40 NNp = 1000 turns per poleAnswer the following questions about this generator, assuming no armature reaction.(iii) Analyse the field current that must be flowing in the generator if the armaturecurrent of the generator is 50 A, the speed of the generator is 1500 r/min, and theterminal voltage is 106 V.150140120100908070605040302010Shunt field current, A1000200030004000500060007000Field mmf, A turnsTerminal and generated voltage, V

Answered: Image /qna-images/answer/ec262db8-dedc-43cd-baef-c2491a18cc02.jpg

The magnetization curve for a separately excited DC generator is shown in Figu (c) (c). The generator is rated at 6 kW, 130 V, 50 A, and 1600 r/min. Its field cin rated at 5 A. The following data are known about the machine: Vr = 130 V Rf = 20 N RA = 0.18 N Radj = 0 to 40 N Np = 1000 turns per pole Answer the following questions about this generator, assuming no armature reae (iii) Analyse the field current that must be flowing in the generator if the armature current of the generator is 50 A, the speed of the generator is 1500 r/min, and the terminal voltage is 106 V. 150- 140 130 120 100 90 80 70 60 50 40 30 20 10 Shunt field current, A 1000 2000 3000 4000 5000 6000 7000 Field mmf, A turns Terminal nd generated voltage, V

The magnetization curve for a separately excited DC generator is shown in Figu (c) (c). The generator is rated at 6 kW, 130 V, 50 A, and 1600 r/min. Its field cin rated at 5 A. The following data are known about the machine: Vr = 130 V Rf = 20 N RA = 0.18 N Radj = 0 to 40 N Np = 1000 turns per pole Answer the following questions about this generator, assuming no armature reae (iii) Analyse the field current that must be flowing in the generator if the armature current of the generator is 50 A, the speed of the generator is 1500 r/min, and the terminal voltage is 106 V. 150- 140 130 120 100 90 80 70 60 50 40 30 20 10 Shunt field current, A 1000 2000 3000 4000 5000 6000 7000 Field mmf, A turns Terminal nd generated voltage, V

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...

See similar textbooks

Similar questions

Find the voltage regulation of the half-wave rectifier in the Figure. VS - - jQ 9 - B Rs W lp Input port Rectifier D Output port R₁
I need help with part d and part e. Please show clearly how to solve those parts. Thank you.
Find required ratio,
A platinum coil has a resistance of 3.146 at 40OC and 3.767 at 100OC. Find the resistance at 0OC and the temperature –coefficient of resistance at 40OC. Major Topic 8 Temperature coefficient of resistance EV Sco
Previous solver skip this ,Need better solution.
Q4. For the three-phase fully-controlled bridge rectifier circuit shown with purely resistive load: a = 90° a. Sketch the output voltage waveform. a b. Determine the ripple factor. VA= 240 V RL 752 CB A-B A-C B-C B-A CA C-B a Vc 27
Either all or none .... Vll upvote
Please answer all subpart I will like it please ASAP for like all subpart please... Please sir
Q4. For the three-phase fully-controlled bridge rectifier circuit shown with purely resistive load: a. Sketch the output voltage waveform. a = 30° b. Determine the ripple factor & input power factor. VA= 240 V(V) VB RL 2202 2n
Could someone help me solve for Vx? ..
A 2 Volt signal travels from 50 Ohms to 75 Ohms, find the voltage at the interface. If the 2 Voltsignal travels the other way, from 75 Ohms to 50 Ohms. Find the voltage at the interface inboth cases and if it is different explain why
Discuss atleast two basic sources of value for storage technologies in high voltage