P4 A de generator delivers Hto A to a bad whenits terminal Yoltage is 120v. when the load is increasedtoi 6o A, the teminal Yoltage drops to I16V. Calculata:a) open circuit Voltage E of the genevator.) Internal resistance of the generator.9 Voltage regulation of the ginevatorif its ratedYoltage is 115v.d current delivered by the generator at vatedYoltage.(Ans: 128V, o-2 2,11:3%,65 A).

Generated EMF =Terminal voltage+ voltage drop due to armature resistance. Regulation=Generated…

24SA dc generator delivers 40 A to a bad when its terminal Yoltage is 120v. When the load is increased toiboA,the temminal Yoltage drops to l16V. Calculate: a) open circuit É of the genevator. ) Internal vesistanca of the gerarator. Voltage vegulation of the genevator if its ratid Yoltage is 15v. Dcurrent delivered by the generator at vated Yeltage . Voltage (Ans: 128V, 0-2 2,11:3%,65 A).

24SA dc generator delivers 40 A to a bad when its terminal Yoltage is 120v. When the load is increased toiboA,the temminal Yoltage drops to l16V. Calculate: a) open circuit É of the genevator. ) Internal vesistanca of the gerarator. Voltage vegulation of the genevator if its ratid Yoltage is 15v. Dcurrent delivered by the generator at vated Yeltage . Voltage (Ans: 128V, 0-2 2,11:3%,65 A).

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

A 15-kv, 35-kVA 076PF laggny 50H2 four Pole y-connected Stea-thrbine genevaty has a Synchronons reactane of 3.5on Per phase. Ihis genevatuu is operativg in parallel with large power System (Infnite'bus). O Sketch Hhe corespouding Phasor diagrum and calcula te frr the armatune current (assume the fel Currut is unchanged ). O At the alsolute powev Possille, how much reactive Pover will this generator be supplyng a Consummg?
From the circuit below, determine secondary winding voltage Vsec if the primary winding voltage Vpri = 120Vrms? Np:Ns 6:1 Vp 120 Vac 60 Hz out R = 200 ) O Ovrms O 720Vrms 120Vrms O 20Vrms wi m
transformer 1200 KVA, 11000/2200 V, 50 Hz." akage reactance/phase of the primary winding are sponding values for the secondary winding are 0. f the primary winding is connected in delta and s- oltage to be applied at normal frequency to the ad through it when the secondary is short-circui all load copper loss pr
Find the parameters of this 25 kW Generator with Armature Current of 30A
Find the parameters of this 25kW Generator with Armature current of 30A Go A A reaster alaes Broan, Black, Brn, Gald Ceglea Tolerance) meced shunkkdin 5 sets.Each sets hes pd ech typical B: Sane mitrth A but shined a 2ws and endh set had als of cach shkd
imary winding is connected o be applied at normal freq rough it when the secondary conner loss
Determine the primary line current of the following three phase circuit using a 5:1 step-down wye-t0-delta wired transformer. 5:1 480V Lino In 4160V ess Va 30 Vuna 277V Vuno Primary Secondary O 7.4 A O 2.7A O 1.07A O 5.1A 2401V
From the circuit below, determine secondary winding voltage Vsec if the primary winding voltage Vpri = 120Vrms? %3D Np:Ns 6:1 D. Vp 120 Vac 60 Hz Vout R = 200 Q O 20Vrms O 720Vrms O 120Vrms O Ovrms wi m
When the load on a series generator is increased, then the fluxproducedwill increaseindirect proportion. Select one: True False
A 440 V, 60 Hz generatorsuppliestwo parallel-connected loads A and B,. LoadA draws an apparent power of 100 KVA at 0.8 pf lagging and load B draws anapparent power of 70 KVA at unity pf. Determine the KVA supplied by the generator.
The primary is 3000 turns, while the secondary is 6000 turns a. single-phase b. double-phase c. step-up d. step-down
In a GAN model how are the discriminator and the generator trained? Group of answer choices The generator is first completely trained, then the discriminator can be trained Simultaneously In alternating manner The discriminator is first completely trained, then the generator can be trained