briefly explain what are the other typical applications can be used below mentioned T1.2 Transformers.? legrandIEC 726Transformateur d'isolement secDry seporating transformerNFC 52726Ph: 1Ucc :7 %40 C/HSec :230 V / 43,5A 115 V / 87 A230 V / 43,5 A400 V/ 25 A 115 V/ 87 A230 V/ 43.5 A4250550/60 HzP: 10 k VAP:21(Sep 93)HABLLEAN.de taPri:1998CEFig. T1.2: The transformer proposed for galvanic isolation for the CNC machine

In the given figure single phase isolation transformer is used for CNC machine protection

Answered: briefly explain what are the other…

Engineering

Electrical Engineering

briefly explain what are the other typical applications can be used below mentioned T1.2 Transformers.?

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter5: Transmission Lines: Steady-state Operation

Section: Chapter Questions

Problem 5.25MCQ

See similar textbooks

Related questions

Q: Discuss wind power in future power system

A: Wind energy: Wind energy is a renewable source of energy. It is a fast growing source of energy.…

Q: Explain the Working Principle used in Eddy Current .

A: The explanation for eddy current is as follows.

Q: What is the relationship between the power losses and the load current of a power transformer?…

Q: power transformers operate

A: No, transformers can not operate on DC power.Let us consider a transformer which is excited with dc…

Q: through

Q: i) (a) What is use of Lissajous Figures in CRO? (b) Mention the use of Instrument Transformer in…

A: Dear student you asked multiple question in single request.we have limited time so that we solve…

Q: From the topic of insulation resistance testing of a transformer, what specific precaution needs to…

A: This question is from "Power System And Protection". Under which we are going to study about…

Q: 1. Explain the working principle of transformer with neat sketch and what are the losses occurred in…

A: Working principle of transformer Transformer is a electrical passive device it amplifies voltage at…

Q: Why are transformers more efficient than rotating electrical machines? *Cite your reference*…

Q: If P₁ and P2 be the iron and copper, losses of a transformer on full-load, what is the ratio of P₁…

A: Given, Iron loss, P1 Copper loss, P2 Maximum efficiency occurs at 75% of full load.

Q: Discuss how transformers work using the concept of mutual inductance (note: do not define mutual…

A: Transformer: Transformer is the electrical device used to step up or step down the voltage or…

Q: Section 1 Introduction / Transformers Sometimes shell type transformers are formed by combining two…

A: Magnetic circuit: The relative permeability of core material is 4000 Number of turns (N)=10 The gap…

Q: d) Explain the principle of Merz prize system of protectio used for power transformers. What are the…

A: EXPLAIN: the principle of Merz prize system of protection used for power transformers.…

Q: Transformers operate by the principle of A. plasma fission B. plasma fusion C. AC…

Q: 3) Obtain the relationships between terminal voltages and currents for each of the ideal…

A: The solution is given below

Q: please write introduction of Study of transformers

A: we need to explain introduction of Study of transformers

Q: Derive the equation for rms core flux of ideal ac magnetic circuit using Ohm's of magnetic circuits.…

A: Consider the magnetic circuit having the N turns carries the current I as shown below, From the…

Q: 1) what is the potential transformer used for in power substation?

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

Q: 3. WRITE IN DETAIL ABOUT TRANSFOERMER, WHAT IS STEP DOWN TRANSFORMER USED FOR? with the help of…

A: A transformer is a static device, which converts electrical power from one circuit to the other…

Q: With the aid of graph, briefly explain the relationship between efficiency and output power of a…

A: According to our policy, we are authorized to answer one question at a time, since you have not…

Q: a) Explain the basic reason why high voltage measurements are performed at the high voltage side of…

A: As per our policy, I have to attain only one question. Solution a)- In the measurement, there are…

Q: List and describe three (3) losses that occur in power transformers.

A: Losses in power transformers: Iron Losses Copper Loss or Ohmic Loss Stray Loss

Q: What is practical application of PWM?

A: PWM stands for pulse width modulation. In this the signal is varied by varying the width of the…

Q: What is Coal? Why it is considered as non-renewable energy source?

A: There are two forms of energy namely renewable and non renewable sources of energy. The sources that…

Q: Draw an equivalent circuit for a real transformer. Briefly discuss the reason that each element…

A: Given: To draw an equivalent circuit for a real transformer and its elements is described as:

Q: What purpose the ‘Short Circuit’ test is done on a transformer for? What are the measures taken to…

A: For a transformer, short circuit test is done to find out the series branch parameters of the…

Q: Briefly talk about device transformers, their classification, and the difference between them and…

Q: With no diagrams can power transformers operate on DC power? Explain your answer.

A: Power transformers cannot operate on the DC supply. Since the working of the transformer is based on…

Q: Discuss the types of transformers with their applications. Explain with a neat diagram an isolation…

A: A transformer is a stationary machine that transfers the power from one circuit to another which is…

Q: The statement is True or False? In two winding transformers, windings are electrically connected and…

A: Given In two winding transformer windings are electrically connected and magnetically isolated.

Q: The core of a transformer operating at 50 Hz has an eddy current loss of 100 W/m3 and the core…

A: eddy current loss is given as Pe= k f2Bm2 t2

Q: Explain the principle of operation of geothermal heat the Figure below Geothermal Heat Pump…

A: Geothermal energy : Geothermal energy is generated by radioactive decay in earth and store in the…

Q: Briefly describe how electricity is generated at a hydroelectric power plant. Be sure to include the…

A: In hydro power plant, 1stly we rotate the turbine blade by injecting the water on the blade…

Q: i) (a) What is use of Lissajous Figures in CRO? (b) Mention the use of Instrument Transformer in…

A: When two leads of the CRO connected to two sinusoidal voltages, the patterns that appear at CRO…

Q: the insulation of the equipment tested is healthy?Justify

A: What is Insulation?In simple terms Insulation is nothing but a material which opposes the flow of…

Q: Explain the working of Transformers and give any two practical applications of it.

A: A transformer can be defined as a static device that transfers energy from one circuit to another…

Q: Investigate the different types of power transformers that exist today, mentioning their principle…

A: According to the question, we need to discuss the different types of power transformers that exist…

Q: an important part of the power distribution grid

A: The transformer is a static device that is used to step up and step down the voltage and current…

Q: transformer has a subtractive behavior in its polarity,

A: Transformer- A device that transfers the electrical energy between two electrical circuits which are…

Q: Problem 4. When you plug in a device like a computer, often there is a transformer box on the cable…

A: Given: When you plug in a device like a computer, often there is a transformer box on the cable to…

Q: ollowing: 1) what is the potential transformer used for in power substation? what is process leads…

A: As per Bartleby guidelines we are allowed to solve only one question,please ask the rest again.

Q: 1.What type of transformers do we use to send power out to our power grid? A. Step Up Transformers.…

A: In electrical power distribution, a step-up transformer is also utilised. For power…

Q: Explain how transformers work.

A: Working principle of transformer: Transformer works on the Faraday law of electromagnetic induction…

Q: Explain different components of small hydroelectric power system and their design considerations.

A: hydroelectric powerplants are used in order to generate electricity from hydraulic energy (energy…

Q: Q1) Draw the graph of output power versus efficiency of transformer?

Concept explainers

Single Phase Transformer

A single-phase transformer is a type of power transformer. It is an electrical device that accepts converts the single phase alternating power into single phase alternating power. In this power conversion the voltage is stepped up or down. If the voltage is stepped up, the current will be stepped down and if the voltage is stepped down, the current will be stepped up.

Question

100%

briefly explain what are the other typical applications can be used below mentioned T1.2 Transformers.?

legrand
IEC 726
Transformateur d'isolement sec
Dry seporating transformer
NFC 52726
Ph: 1
Ucc :7 %
40 C/H
Sec :
230 V / 43,5A 115 V / 87 A
230 V / 43,5 A
400 V/ 25 A 115 V/ 87 A
230 V/ 43.5 A
42505
50/60 Hz
P: 10 k VA
P:21
(Sep 93)
HABLLE
AN.
de ta
Pri:
1998
CE
Fig. T1.2: The transformer proposed for galvanic isolation for the CNC machine

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

Step 2

Step 3

Step 4

Step by step

Solved in 4 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

A 3 phase 50 Hz alternator is connected to the bus bars through an oil circuitbreaker. Due to short circuit occurring at bus bars, the circuit breaker opens when the r.m.s value of the current was 8000 amperes. The reactance of each phase of the alternator is 2.5 mH and the capacitance to earth between the circuit breaker and the alternator is 1.4 x 10^-7 uF. Determine: (i) Frequency of oscillations(ii) The maximum value of RRRV(iii) Time taken to achieve RRRV value in (ii)
The p.u. impedance value of an alternator corresponding to base values of 13.2 kV and 30 MVA is 0.2 p.u. Then the p.u. impedance value of an alternator for the new base values of 13.8 kV and 50 MVA is......
Given the circuit below d. Find the MAGNITUDE of the total reactive power (express answer in VARS with 2 decimal places) e. Find the MAGNITUDE of the total impedance (express answer in ohms with 2 decimal places)
A 20ohm resistor is connected in parallel with an inductive reactance of 15ohm across a 60V, 1 kHz supply. Calculate: (a) The current in each branch (ans: IL = 4A, IR = 3A) and the supply current (ans: 5A) (b) The circuit phase angle (ans: 53.13 deg lagging) (c) The circuit impedance (ans: 12 Ω) and the power consumed (ans: 180W)
Can we improve a leading load pf using a synchronous condenser? Explain briefly your answerin one(1) sentence.
A 50 cycles, 3 phase alternator with grounded neutral has inductance of 1.6 mH per phase and is connected to busbar through a circuit breaker. The capacitance to earth between the alternator and circuit breaker is 0.003 uF per phase. The circuit breaker opens when rms value of current is 7500 A. Determine the following: i) Maximum rate of rise of restriking voltage. 1) Time for maximum rate of rise of restriking voltage. in) Frequency of oscillations
A 13.2 kV, 60 Hz, 3-phase synchronous generator is connected in star and its neutral point is earthed while inductance per phase is 0.02 Henry. The generator is connected to a bus bar through a circuit breaker. The distributed capacitance up to circuit breaker between phase and neutral is 0.015 micro Farad. Determine the following: (i) Peak re-striking voltage (in kV) across the contact of circuit breaker; (ii) Frequency of oscillations (in kHz); (iii) Time to occurs first peak re-striking voltage (in micro second) and (iv) The average rate of rise of re-striking voltage (in mega volts per second)
In the given circuit, the amplitude of the input voltage is 13 volts and its phase is 0 degrees.The values of the circuit elements are given below.What is the maximum average power that can be transferred to the ZL load?R = 3 ohmL = 5j ohmC = -6j ohm
A parallel connection of a RL branch with a C branch is connected across a 100V AC mains. At first R = 10 ohms, L = 20mH and frequency of 1000rad / s, the current measured is 2.2361A at 89.44 leading power factor. A) Determine the initial capacitance. B) However, a fault occurs on the capacitor branch making its capacitance 20% lower and a resistance of 5 ohms is detected. If this faulty circuit is rerun but at a frequency of 500 rad / s, determine the new current that will flow through the circuit.
a step down chopper fed from 220V dc, is connected to RL load with R=10 ohms and LL=150 mH chopper frequency 1250HZ and duty cycle is 0.5 calculate the maximum value of load current (a)20.587A(b)8.521A (c)25.415A (d)12.478A
Three e.m.f.s, eA = 50 sinwt, eB = 80 sin(wt – π/6) and eC = 60 coswt volts, areinduced in three coils connected in series so as to give the phasor sum of the threee.m.f.s. Calculate the maximum value of the resultant e.m.f. and its phase relative toe.m.f. eA
A 50 cycle, 11 kV, 3 phase alternator with earthed neutral has a reactance of 5 ohms per phase and is connected to a bus-bar through a circuit breaker. The distributed capacitance upto circuit breaker between phase and neutral in 0.01 μF. 1. Peak re-striking voltage across the contacts of the breaker 2. Frequency of oscillations 3. The average rate of rise of re-striking voltage upto the first peak