Questioncurrent ia. Using the given relationships in the mathematical model and equations between the systemFollowing system schematically represents a direct current (DC) motor driven by aparameters, answer the following questions:a) Draw the block diagram of the system using the equations given below. Take voltage V as input andshaft angular position w(t) as output.W(s)V(s)b) Obtain the transfer functionassuming all initial conditions are zero.c) Show the poles and zeroes (if any) of the system on s-plane. (Take the numerical values for ONLYTHIS PART J=5 kgm², B=2 Nms/rad, Kb=50x10-3 Vsec/rad, Km=50x10-3 Nm/A,Va=50 V.)Electrical part (torque):T = KmlaJ=Inertia of the DC motorMechanical part (torque) :T =,JÖ + BÒ: Vp = Kpw: Va = kaVB= viscous damping coefficient of bearingsw(t)= Angular velocity of the DC motor0(t)=Angular position of the DC motorBack emf effectAmplifier effectMotor100 2AmplifierLoadKa=50

DC(Direct Current) Motor: Any rotary electrical motor that transforms direct current (DC) electrical…

Question current ia. Using the given relationships in the mathematical model and equations between the system parameters, answer the following questions: a) Draw the block diagram of the system using the equations given below. Take voltage V as input and shaft angular position w(t) as output. b) Obtain the transfer function Following system schematically represents a direct current (DC) motor driven by a W6) assuming all initial conditions are zero. V(s) c) Show the poles and zeroes (if any) of the system on s-plane. (Take the numerical values for ONLY THIS PART J=5 k gm², B=2 Nms/rad, Ks=50x10-3 Vsec/rad, Km=50x10-3 Nm/A,Va=50 V.) Electrical part (torque) :T= Kmla Mechanical part (torque) :T = Jë + BÒ : V = Kpw : Va = kaV J=Inertia of the DC motor B= viscous damping coefficient of bearings w(t)= Angular velocity of the DC motor O(t)=Angular position of the DC motor Back emf effect Amplifier effect

Question current ia. Using the given relationships in the mathematical model and equations between the system parameters, answer the following questions: a) Draw the block diagram of the system using the equations given below. Take voltage V as input and shaft angular position w(t) as output. b) Obtain the transfer function Following system schematically represents a direct current (DC) motor driven by a W6) assuming all initial conditions are zero. V(s) c) Show the poles and zeroes (if any) of the system on s-plane. (Take the numerical values for ONLY THIS PART J=5 k gm², B=2 Nms/rad, Ks=50x10-3 Vsec/rad, Km=50x10-3 Nm/A,Va=50 V.) Electrical part (torque) :T= Kmla Mechanical part (torque) :T = Jë + BÒ : V = Kpw : Va = kaV J=Inertia of the DC motor B= viscous damping coefficient of bearings w(t)= Angular velocity of the DC motor O(t)=Angular position of the DC motor Back emf effect Amplifier effect

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 shunt generator on dest is separately encited and driven at 1000 rev /min. The open circuit test chars. are given Field test CA o 0'157 O.477 0 663 O.805 1.0 129 Induced Emf CU) 12a5 300 400 100 450 500 550 ine mlc is then shunt Connected and gun at l000 revlmine with a constant field cicuit esistance of 540R. The agmature docuit resistamee is er. Deduce and plot the load Chargaetesistics of this mle,negleeting effeetof amarterre reaction.what is value of manimum lbud cursrent.
For a dc machine, its commutator has a diameter of 50 c rotating at 1000 rpm. For a brush width of 1 cm, the time commutation taken by the machine will be _________a) 0.382 msb) 0.456 msc) 0.573 msd) 0.312 ms
re ot t 6.10 A DC chopper is used in regenerative braking mode of a dc series motor. The dc supply is 600 V the duty cycle is 70%. The average value of armature current is 100 A. It is continuous and ripple free. What is the value of power feedback to the supply? (a) 3 kW (b) 9 kW (c) 18 kW (d) 35 kW
Which of the following statements about the wind turbine power converter are true? Select one or more: a. The output frequency of the power converter depends on the wind speed. b. The input frequency of the power converter in Finland is 50 Hz. c. The power converter allows the speed control of the wind turbine. Od. The power converter is a frequency converter.
I need the answer as soon as possible
f) Write the mathematic expresion for the Series Injected Voltage in UPFC for the following control cases: a) Voltage Regulation: b) Impeadance Compensation: c) Phase Shifter:
Obtain the analysis (state table and state diagram) of the synchronous sequential circuit in the figure below. What structure does the circuit have from Moore and Mealy type machines?
SV
Derive the expression of the RMS load voltage for a full wave ac voltage controller operating with an R-L type of load. Assume the load current to be discontinuous.
1. Discuss about NUMERICAL SOLUTION OF SWING EQUATION ?
Please solve quickly FACTS
Explain the concept of motherboard power delivery and voltage regulation. How does the quality of power delivery components (e.g., VRMs) impact the stability and overclocking potential of a system?