1- Identify the DC motor that can be used in Electric Traction vehicles. Also, explain the requirement of a DC Motor to be selected as a drive motor for Electric Traction vehicles.? 2- List the different transducer (Sensors) used in Smart phone. Explain any two of those sensors?

1- Identify the DC motor that can be used in Electric Traction vehicles. Also, explain the requirement of a DC Motor to be selected as a drive motor for Electric Traction vehicles.? 2- List the different transducer (Sensors) used in Smart phone. Explain any two of those sensors?

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter1: General Principles Of Electric Motor Control

Section: Chapter Questions

Problem 12SQ

See similar textbooks

Related questions

Q: Describe the combined effect of the RC circuits for higher frequency response in a BJT & FET amp...

Q: current

A: Diode Ideally, diode is open circuited when reverse biased and short circuited when forward biased.

Q: R2-502 R3-2502 V-180V R=1002 R4=2002 R3=202 Ry=1502 R=3002

A: SOLUTION- a) Total Resistance- The resistors R4 and R5 are in series. R4+R5 = 30+50 = 80 Ohm...

Q: b) Match the name of each component with its respective symbol. Choose five (5) symbols and explain ...

A: Symbols are used in drawing of circuit.

Q: R1 470R L3 V, GEN 10 V pk-pk 60 kHz 4.7 mH GEN R2 102

Q: 33. On opening under load, as the distance between contacts increases, the Resistance of the arc rem...

A: We are authorized to answer one question at a time, since you have not mentioned which question you ...

Q: Four field coils, each with a resistance of 80 ohms, are connected in series and Supplied by a 240- ...

Q: Problem 3: For the system with the block diagram shown in Figure 3, assign conditions on control gai...

Q: 3.35 Transform the following vectors into spherical coordi- nates and then evaluate them at the indi...

A: It is given that: b) B=y^x2+y2+z2-z^x2+y2 at P2=-1,0,2c) C=r^cosϕ-ϕ^sinϕ+z^cosϕsinϕ at P3=2,π4,2d) D...

Q: 1. What will be the value of a in the following figure? らニ-9A iz= a A

Q: Q1- For the circuit of Figure below: a) Determine Thevenin equivalent circuit at the output terminal...

A: Thevenin's Theorem is a strategy for converting a circuit (usually a complicated one) into a simple ...

Q: 1. A wye connected load has a 5 < 20° ohm impedance per phase and is connected across a 120 V three ...

A: There are two ways to link a three-phase load in a three-phase system.1. Wye/Star Connection 2. Conn...

Q: Question 2 A multimode graded index fiber exhibits a total pulse broadening of 0.25µs over a distanc...

A: Given, T = 0.25 μs D = 50km a) We know that, Bandwidth B ≤ 12T = 120.25...

Q: A system contains a "start" push button and a "stop" push button, and an alarm. Design a ladder diag...

A: According to the question, we need to design a ladder diagram.

Q: Find the resonant frequency for the network below. The circuit is energized by a 24-Vac, variable fr...

Q: 13) In a PNP circuit, the collector is positive with respect to the emitter. 14) The output is in ph...

A: 13). Answer: False Explanation: In PNP, the emitter is more positive with respect to Base and Coll...

Q: v,(t) = 7.3 1+2.9[V];for 0 <tS7기s]. a) Find the value of ia at t= 2[s]. b) Find the power absorbed b...

Q: Problem: In electronics device laboratory, you need to use the function generator to use different t...

A: Answer-

Q: 50 Hz, 2 pole, 3Φ star-connected turbo alternator has 54 slots with 4 conductors per slot. The pitch...

A: The solution can be achieved as follows.

Q: B FIA.B.C.D

Q: an AC circuit, the load has a supply voltage of 240cos(800πt+60) volts and a current of 120cos(800πt...

A: In this question parallel element load is given with voltage and current across load...We have to f...

Q: Find the transfer function of the following differential equation: d?y 1. dt2 dy dx +11+ 24y(t) = 5+...

A: In this question, We need to determine the transfer function? If differential equation is given. ...

Q: Find the two elements in a series circuit (i.e., R and L, or R

Q: capacitor, and a 10.5 V voltage source. --> The student discharges C1 and charges C2 to 10.5 V. Whe...

Q: Describe the high frequency response and phase shift for BJT and FET transistors using Millers Theor...

Q: 8Ω 191 V 3 4Ω 100 V 6 0 15 V 3Ω ףך 150 V 74 V 크 :23 V 2

Q: 1. Design a heart rate monitoring system using MAX30100 sensor. This sensor provides output voltage ...

Q: 2. Determine: Ig, Ic, Vce, and Vc. 18 V 3.3 k 10 µF 91 k2 110 k2 R2 #10 uF R1 10 µF B-75 510 2 = 50 ...

Q: Given the following circuit, find Vud and VRI. VR VR, = 2V V pd €) 24 V 14 V R. d

Q: Find ) for the given circuit, where R= 9 N and Vs= 157 sin (30 V. Please report your answer so the m...

A: This question belongs to circuit theory . It is based on kirchhoff's voltage law and kirchhoff's cur...

Q: Use the node-voltage method to find all the branch currents la through le in the circuit shown below...

A: I am attaching detailed solution images of this question.

Q: 32. Examine the paths represented by the numbered sequences of edges in both parts of the figure bel...

Q: In an Amplitude modulator, the carrier is ve = 10 cos[2n(100 x 10*)t]. If the modulating signal is V...

A: Brief description: Amplitude modulation is defined as it is one of the modulation technique where am...

Q: Given a transistor amplifier of gain ß = 100 with emitter bias, determine the values of Rb and Re ...

A: Given a transistor amplifier of gain ß = 100 with emitter bias, we need to determine the values of...

Q: 12.a. Which test can be used to measure splice loss? A. Tensile measurement B. OTDR C. Bit error rat...

A: The portion of the optical power that does not pass through the splice and is radiated out of the fi...

Q: 4. Find the acceleration of a proton in an electric field of intensity 300 N/C. 5. Find the distance...

Q: Ex. 631. In Fig 1628 Vd=3.3V, Rcoil=201 Ohms. Assume V_BE=0.7V, total saturation, and beta=20. Deter...

Q: Given a system y(t) = x²(t)-1, determine and prove (1) if it is linear or %3D nonlinear system? (2) ...

Q: Skip part 54. The signal x[r] = (1. –2,3, –4,0.4. –3,2. –1). has Fourier transform X(e»"). Find the ...

A: Given

Q: Find the numerical value of ip.

Q: A load of 120 MW at a power factor of 0.8 lagging can be delivered by a 3-phase transmission line. T...

A: Solution:- Given, PL-3ϕ =120 MW PL-1ϕ = 40 MW Pf = 0.8 lagging VR-1ϕ = 45 × 1033= 25.9807 KV Single...

Q: 3. By using node-voltage method, find io in the following circuit. Determine if the power is absorbe...

A: Here, we have given a circuit, for which we have to calculate the value of current io. So, we will u...

Q: solve the current passing through 4ohms and 6 ohms resistors using masxwell's mesh

A: This question belongs to circuit theory . It is based on the concept of calculation of current by us...

Q: In the case of SSB, the efficiency of the power used by the transmitter to send the information is 5...

A: SSB is a method of amplitude modulation to reduce power usage by transmitting only the sidebands..

Q: Consider the circuit shown below. The source voltage V1 is 45 V. Resistance R1, R2 and R3 are 4 N,11...

A: We will find out output voltage by using of krichoff's current law

Q: A 220 V shunt motor has armature and field resistance of 0.2 2 and 220 2 respectively. The motor is ...

A: We are authorized to answer one question at a time, since you have not mentioned which question you ...

Q: 1. A Ge pn junction is doped with acceptor doping of 105 em and donor doping of 1015 em Assuming tha...

A: Given for a Ge p-n junction diode : Acceptor doping NA=1015 cm-3Donor doping ND=1018 cm-3Area, A=0.0...

Q: In the circuit given below, h = 125 mA and /2 = 45 mA. Write the node-voltage equations by inspectio...

A: This question belongs to circuit theory . It is based on the concept of nodal analysis . Nodal analy...

Q: 5. Find the average power supplied by the source and average power absorbed by the resistor. ww $/30...

A: The average power is calculated as the ratio of total labor (or total energy spent) to total time. T...

Q: find the area of shell selbm & = O-> a.910 T mz b.300 Ti mt C. 2001H m²

Concept explainers

DC Series Motors

A DC motor is a type of electric motor which converts electric energy into mechanical energy. The forces that are produced by the magnetic field are what those common types of motors rely upon. Either electro-mechanical or electronic, all types of DC motors have some internal mechanism to change the current direction in part of the DC motors. As the DC motors could be powered from existing DC lighting power distribution systems, these motors were the first form of motors widely used. By changing the strength of the current in its field winding or by using a variable supply voltage, the speed of the DC motors can be controlled over a wide range.

Question

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

Manufacturing a motor for electric scooter What is the level of detail/feature size of manufacturing a motor for electric scooter?
How does differential protection work, and when is it used in power systems?
we are interested in an automatic garage gate system for a building. This system includes a gate that goes up or down, a motor to actuate the gate (pull, push) and sensors to collect information (gate open contact, gate closed contact). The sensors are all similar, each signaling to its controller that a contact has taken place. The user has a remote control to control with just two buttons: open, close. The operating principle of the system is as follows. Suppose the gate is closed. The user opens the gate by pressing the Open button on his remote control. He can stop opening by pressing the Open button again, the motor stops. Otherwise, the gate opens completely and triggers a Gate Open sensor which causes the motor to stop. Pressing the Close button causes the gate to close if it is open (partially or fully). The closing can be stopped by pressing the Close button again, the motor stops. Otherwise, the gate closes completely and triggers a Gate Closed sensor which causes the engine…
Discuss the role of microchips in modern automotive systems. What functions do microchips perform in areas like engine control, infotainment, and safety systems?
Your Answers may be presented through Discussions, Drawings/Figures/Diagrams, Reference to NEC/PEC and Computations. 1. What is the full-load current of a 500-volt, DC, 20-horsepower motor?
Q1.Explain temperature compensation of strain gauge in detail? Q2.Explain sources of noise and its type(electrical amd static noise) in detail? Q3.Explain magnetic noise in detail ? Q4.Explain crosstalk,shielding and grounding in detail ? Q5.Explain level measurement(mechanical level indicators) in detail? Explain these 5 questions please.
8. What instruction would you select for each of the following discrete input field devices to accomplish the desired task? (State the reason for your answer.) a. Turn on a light when a conveyor motor is running in reverse. The input field device is a set of con- tacts on the conveyor start relay that close when the motor is running forward and open when it is running in reverse. b. When a pushbutton is pressed, it operates a so- lenoid. The input field device is a normally open pushbutton. c. Stop a motor from running when a pushbutton is pressed. The input field device is a normally closed pushbutton. d. When a limit switch is closed, it triggers an instruc- tion ON. The input field device is a limit switch that stores a 1 in a data table bit when closed.
I have a wooden toy train that runs on wooden tracks. I would like to place two ESP-WROOM-32 Boards on top of the train. Broadcast communication (which involves radio frequency, not Wi-Fi) would help communicate about the train's lateness to five other wooden trains on the same track. Local communication would help communicate to the train station about the train's lateness. I would also need radio frequency Tx-Rx Modules for discharging and undergoing the signal, and repeaters just in case the signal loses power due to long-distance traveling. My wooden train should be automated. It should run at 4 inches per second, keep a minimum distance of 30 seconds away from the other wooden trains, and make a 17-second-long stop every 500 seconds. What's the procedure to connect the components? What's the Arduino code (C++) for this project?
I have an O Gauge track and would like to convert it into a “sensored” track. Additionally, I would like to connect that track to an ESP-WROOM-32 board that should flash an LED whenever the track detects a non-moving train. Please list all the components (and how many of each) needed. Also, what’s the procedure for connecting the components?
9.a. A servo system is oscillating at standstill. This is an indication thatA. the following error limit has been exceeded.B. a motor winding is open.C. the system gain is too high. 9.b. In a DC servo motor system, the tachometer feeds back a voltage that’s proportional to motor speed.Where does this voltage go to?A. The interpolator cardB. The driverC. The CPU in the main controller
What is the meaning of “ON DELAY” in Time relay RXKL at AC-operation . (Explain Briefly)
Explain the importance of power system stability in electrical engineering.