The bridge method commonly used for finding mutual inductance is

Question

The bridge method commonly used for finding mutual inductance is

The bridge method commonly used for finding mutual inductance is

(A) Heaviside Campbell bridge (B) Schering bridge

(C) De Sauty bridge (D) Wien bridge

823 views

asked Apr 26, 2018 by anonymous

2 Answers

Please log in or register to answer this question.

Related Questions

For measurement of mutual inductance we can use?

Last Answer : For measurement of mutual inductance we can use Heaviside bridge.

188 views 1 answer

asked Mar 21, 2018 by anonymous

If an inductance is connected in one arm of bridge and resistances in the remaining three arms?

Last Answer : If an inductance is connected in one arm of bridge and resistances in the remaining three arms the bridge cannot be balanced.

210 views 1 answer

asked Mar 21, 2018 by anonymous

In an Anderson bridge, the unknown inductance is measured in terms of?

Last Answer : In an Anderson bridge, the unknown inductance is measured in terms of known capacitance and resistance.

278 views 1 answer

asked Mar 21, 2018 by anonymous

The self inductance of a coil can be measured using

The self inductance of a coil can be measured using (A) Wien’s Bridge (B) Schering Bridge (C) Anderson’s Bridge (D) Wheatstone Bridge
Last Answer : The self inductance of a coil can be measured using Anderson’s Bridge

210 views 1 answer

asked Apr 28, 2018 by anonymous

For measurement of inductance having high value, we should use?

Last Answer : For measurement of inductance having high value, we should use Hay's bridge.

176 views 1 answer

asked Mar 21, 2018 by anonymous

A dummy strain gage is used in a quarter bridge strain gage circuit to :

A dummy strain gage is used in a quarter bridge strain gage circuit to : (A) compensate for changes in temperature and lead wire resistance (B) produce more output voltage from the bridge (C) increase the sensitivity of the bridge (D) compensate lead wire resistance only
Last Answer : A dummy strain gage is used in a quarter bridge strain gage circuit to : compensate for changes in temperature and lead wire resistance

128 views 1 answer

asked Apr 29, 2018 by anonymous

The bridge most suited for measurement of a four-terminal resistance in the range of 0.001 Ohm to 0.1 Ohm

The bridge most suited for measurement of a four-terminal resistance in the range of 0.001 Ohm to 0.1 Ohm (A) Wien’s bridge (B) Kelvin double bridge (C) Maxwell’s bridge (D) Shering Bridge
Last Answer : The bridge most suited for measurement of a four-terminal resistance in the range of 0.001 Ohm to 0.1 Ohm (A) Wien’s bridge (B) Kelvin double bridge (C) Maxwell’s bridge (D) Shering Bridge

381 views 1 answer

asked Apr 26, 2018 by anonymous

In a Schering bridge the potential of the detector above earth potential is?

Last Answer : In a Schering bridge the potential of the detector above earth potential is a few volts only.

171 views 1 answer

asked Mar 21, 2018 by anonymous

For measurements on high voltage capacitors, the suitable bridge is?

Last Answer : For measurements on high voltage capacitors, the suitable bridge is Schering bridge.

322 views 1 answer

asked Mar 21, 2018 by anonymous

A universal RLC bridge uses?

A universal RLC bridge uses?
Last Answer : A universal RLC bridge uses Maxwell Wein bridge for measurement of inductance and modified De Santy's bridge for measurement of capacitance.

319 views 1 answer

asked Mar 21, 2018 by anonymous

State the impact of inductance and resistance on transmission line performance

State the impact of inductance and resistance on transmission line performance
Last Answer : Impact of inductance on transmission line: 1) It causes IXL drop in transmission line which affects regulation. 2) It is the only parameter which decides power transmission capacity of line i. ... is very small, it causes losses, temperature rise& poor voltage regulation so it cannot be neglected

200 views 1 answer

asked May 6, 2020 by anonymous

Inductance

Inductance
Last Answer : Inductance

68 views 1 answer

asked Mar 20, 2020 by anonymous

effect of inductance and capacitance on performance of transmission line.

effect of inductance and capacitance on performance of transmission line.
Last Answer : Following are the effect on performance of transmission line: 1. Due to inductance (L) voltage drop in transmission line produces. 2. Capacitor (C) draws charging current ... , transmission line efficiency, voltage regulation & also power factor of transmission line gets affected.

152 views 1 answer

asked Aug 25, 2019 by anonymous

What is inductance?

What is inductance?
Last Answer : Inductance is the property of Material by which it opposes the any change of magnitude or direction of electric current passing through the conductor. The inductance is denoted by L. The unit of inductance is Henry (H).

78 views 1 answer

asked Jul 4, 2019 by anonymous

Self inductance formula

Self inductance formula
Last Answer : Self inductance formula

96 views 1 answer

asked Jun 11, 2019 by anonymous

Self induced voltage across an inductance

Self induced voltage across an inductance
Last Answer : Self induced voltage across an inductance

150 views 1 answer

asked Jun 11, 2019 by anonymous

Describe with working of LCR meter for measurement of inductance.

Describe with working of LCR meter for measurement of inductance.
Last Answer : working of LCR:- A LCR meter (Inductance (L), Capacitance (C), and Resistance (R) test equipment used to measure the inductance, capacitance and, resistance of a component. It works on the ... in parallel (as would be encountered in measuring a capacitor with a leaky dielectric) [Q setting ]

93 views 1 answer

asked Sep 6, 2018 by anonymous

For 11kV line the inductance per km per phase will be of the order of:

For 11kV line the inductance per km per phase will be of the order of: (A) 1 H (B) 0.1 H (C) 1 mH (D) 0.1 mH
Last Answer : For 11kV line the inductance per km per phase will be of the order of: 1 mH

1.1k views 1 answer

asked May 8, 2018 by anonymous

lt the length, number of turns and area of a coil are doubled, the inductance of the coil

lt the length, number of turns and area of a coil are doubled, the inductance of the coil
Last Answer : lt the length, number of turns and area of a coil are doubled, the inductance of the coil is quadrupled

145 views 1 answer

asked Apr 26, 2018 by anonymous

The initial rate of rise of current through a coil of inductance 10 H when suddenly...

The initial rate of rise of current through a coil of inductance 10 H when suddenly connected to a D.C. supply of 200 V is_______Vs.
Last Answer : The initial rate of rise of current through a coil of inductance 10 H when suddenly connected to a D.C. supply of 200 V is 20 Vs

288 views 1 answer

asked Mar 25, 2018 by anonymous

When both the inductance and resistance of a coil are doubled the value of?

When both the inductance and resistance of a coil are doubled the value of?
Last Answer : When both the inductance and resistance of a coil are doubled the value of time constant remains unchanged.

263 views 1 answer

asked Mar 25, 2018 by anonymous

The inductance of a coil can be increased by?

The inductance of a coil can be increased by?
Last Answer : The inductance of a coil can be increased by choosing core material having high relative permeability.

380 views 1 answer

asked Mar 25, 2018 by anonymous

Inductance of coil?

Inductance of coil?
Last Answer : Inductance of coil increases with the increase in supply frequency.

74 views 1 answer

asked Mar 25, 2018 by anonymous

Inductance of a coil Varies?

Inductance of a coil Varies?
Last Answer : Inductance of a coil Varies as directly as the cross-sectional area of magnetic core and inversely as the length of the iron path.

102 views 1 answer

asked Mar 25, 2018 by anonymous

Inductance affects the direct current flow?

Inductance affects the direct current flow?
Last Answer : Inductance affects the direct current flow at the time of turning on and off.

148 views 1 answer

asked Mar 25, 2018 by anonymous

What is the reciprocal of inductance?

What is the reciprocal of inductance?
Last Answer : This term is not exist

480 views 1 answer

asked Jan 7, 2018 by anonymous

What is the unit of inductance?

Last Answer : Unit of inductance is Henry denoted by capital H .

104 views 1 answer

asked Sep 20, 2017 by anonymous

How to Build a Bridge

How to Build a Bridge
Last Answer : How to Build a Bridge How to Build a Bridge Building a bridge is not an every day task, you do not see bridges going up overnight and it takes a skilled engineer to master this craft. Bridges ... this can be one of the most satisfying moments of your life to know that you have achieved your goal.

12 views 1 answer

asked May 12, 2021 by anonymous

How to Become a Bridge Inspector

How to Become a Bridge Inspector
Last Answer : How to Become a Bridge Inspector Bridge Inspectors are construction professionals who are well versed in a number of building disciplines. Among the talents of a bridge inspector are such ... secure employment in a variety of different settings, both in government agencies and private business.

8 views 1 answer

asked May 10, 2021 by anonymous

How to Become a Bridge Engineer

How to Become a Bridge Engineer
Last Answer : How to Become a Bridge Engineer Bridge Engineers are construction professionals that bear a major part of the responsibility for the safety and stability of bridges. Consequently, a bridge engineer ... new business. A well-established reputation is vital to the success of bridge engineering career.

13 views 1 answer

asked May 10, 2021 by anonymous

Draw circuit diagram of symmetrical configuration of bridge converter.

Draw circuit diagram of symmetrical configuration of bridge converter.
Last Answer : circuit diagram of symmetrical configuration of bridge converter

95 views 1 answer

asked May 21, 2020 by anonymous

List out advantages and disadvantages of bridge rectifier.

List out advantages and disadvantages of bridge rectifier.
Last Answer : Advantages : 1. Bridge rectifier can be used in applications allowing floating output terminals i.e. not output terminal is grounded. 2. The need of center-tapped transformer is eliminated. ... The value of the diodes used should be precise , else there will be an error in rectification

257 views 1 answer

asked May 16, 2020 by anonymous

Draw full bridge & half bridge configuration with common cathode.

Draw full bridge & half bridge configuration with common cathode.
Last Answer : Half Bridge Configuration: Full Bridge Configuration:

316 views 1 answer

asked Oct 13, 2019 by anonymous

operation of whetstone bridge.

operation of whetstone bridge.
Last Answer : A Wheatstone bridge is widely used to measure the electrical resistance. This circuit is built with two known resistors, one unknown resistor and one variable resistor connected in the form of bridge. ... using a Wheatstone Bridge the unknown electrical resistance value can easily measure.

107 views 1 answer

asked Sep 4, 2019 by anonymous

tern null as it applies to bridge measurement.

tern null as it applies to bridge measurement.
Last Answer : Null measurements balance voltages so that there is no current flowing through the measuring device and, therefore, no alteration of the circuit being measured. Null measurements are generally more ... the use of standard voltmeters and ammeters, and they still have limits to their precision.

96 views 1 answer

asked Sep 4, 2019 by anonymous

Give the operation of single phase full wave bridge controlled converter with RL load with a neat diagram. Also draw its waveform.

Give the operation of single phase full wave bridge controlled converter with RL load with a neat diagram. Also draw its waveform.
Last Answer : Single phase fully control bridge converter with RL load: 1. During positive half cycle of input voltage, T1 and T2 are forward biased and during negative half cycle, T3 and T4 are forward biased. Therefore, T1-T2 ... cycle till the firing of next pair of SCRs as shown in the waveform.

1.0k views 1 answer

asked Jul 25, 2019 by anonymous

Wheatstone bridge

Wheatstone bridge
Last Answer : Wheatstone bridge

124 views 1 answer

asked Jun 11, 2019 by anonymous

Which of the following is true with respect to Wien Bridge?

Which of the following is true with respect to Wien Bridge? A) It does not require equal values of R or C B) It requires that R and C values of all components must be equal C) It requires that all resistors should have equal values D) None of these
Last Answer : Which of the following is true with respect to Wien Bridge? A) It does not require equal values of R or C B) It requires that R and C values of all components must be equal C) It requires that all resistors should have equal values D) None of these

105 views 1 answer

asked Apr 29, 2018 by anonymous

The no-load speed of a single-phase SCR bridge converter fed separately excited dc motor operating at a

The no-load speed of a single-phase SCR bridge converter fed separately excited dc motor operating at a firing delay angle, α and flux, Φ (A) directly proportional to α and Φ (B) ... proportional to α and inversely proportional to Φ (D) directly proportional to Φ and inversely proportional to α
Last Answer : The no-load speed of a single-phase SCR bridge converter fed separately excited dc motor operating at a firing delay angle, α and flux, Φ directly proportional to α and inversely proportional to Φ

166 views 1 answer

asked Apr 28, 2018 by anonymous

A 230 V, 50 Hz phase controlled single-phase full-controlled SCR bridge converter draws 15 A constant dc

A 230 V, 50 Hz phase controlled single-phase full-controlled SCR bridge converter draws 15 A constant dc current. If the source inductance is 3 mH, the drop in dc output voltage is (A) 4.5 V (B) 6.75 V (C) 9 V (D) 13.5 V
Last Answer : A 230 V, 50 Hz phase controlled single-phase full-controlled SCR bridge converter draws 15 A constant dc current. If the source inductance is 3 mH, the drop in dc output voltage is 9 V

198 views 1 answer

asked Apr 28, 2018 by anonymous

In a 230 V, 50 Hz single-phase SCR bridge converter operating at a firing delay angle, α and with large R-L load,

In a 230 V, 50 Hz single-phase SCR bridge converter operating at a firing delay angle, α and with large R-L load, the input source current is (A) sinusoidal current (B) constant dc current (C) continuous rectangular pulses (D) alternating rectangular pulses
Last Answer : In a 230 V, 50 Hz single-phase SCR bridge converter operating at a firing delay angle, α and with large R-L load, the input source current is alternating rectangular pulses

194 views 1 answer

asked Apr 28, 2018 by anonymous

The bridge most suited for accurate measurement of relative permittivity of dielectric materials is

The bridge most suited for accurate measurement of relative permittivity of dielectric materials is (A) Carey Foster Bridge (B) Anderson’s bridge (C) Heaviside Bridge modified by Campbell. (D) Schering Bridge.
Last Answer : The bridge most suited for accurate measurement of relative permittivity of dielectric materials is Schering Bridge.

135 views 1 answer

asked Apr 28, 2018 by anonymous

Explain three phase bridge inverter.

Explain three phase bridge inverter.
Last Answer : Three phase bridge inverter: Three phase bridge inverter converts DC voltage input to three-phase variable frequency variable voltage output. DC voltage source can be a DC source or output of the rectifier. ... in proper sequence. The switch may be thyristor or IGBT etc.

499 views 1 answer

asked Feb 19, 2018 by anonymous

Explain full bridge converter.

Explain the operation of full bridge converters with their different operating modes. State its advantages and disadvantages.
Last Answer : Full bridge converter: Full bridge converter provides isolation between input and output. Full bridge converter is used for step up or step down the input voltage. Full bridge converter consists of four power semiconductor ... Require filter on both input and output.

269 views 1 answer

asked Feb 12, 2018 by anonymous

explain blanking times for Bridge circuit?

explain blanking times for Bridge circuit?
Last Answer : Blanking time is provided by driver circuit to power switch. Blanking time is important because the turn on input of one transistor must be delayed with turn off input of another transistor if both ... are connected in one converter leg. This blanking time helps in avoiding cross conduction.

147 views 1 answer

asked Sep 19, 2017 by anonymous

How to Choose a Birth Control Method

How to Choose a Birth Control Method
Last Answer : How to Choose a Birth Control Method Birth control methods depend on the couple's needs and commitment to the method. Some couples just need to prevent pregnancy while others wish to avoid sexually- ... unplanned sex, a broken condom or failure to take birth control pills two days in a row.

20 views 1 answer

asked May 17, 2021 by itszee

How to Use the Rhythm Method

How to Use the Rhythm Method
Last Answer : How to Use the Rhythm Method The rhythm method is one of the many natural ways of birth control. This technique is based on the length of your menstrual cycle. Here are some tips you can ... their phases. There are numerous natural birth control techniques. Use the one the best suits your needs.

11 views 1 answer

asked May 10, 2021 by anonymous

Explain the thermal triggering method of SCR. Enlist different triggering methods of SCR.

Explain the thermal triggering method of SCR. Enlist different triggering methods of SCR.
Last Answer : Types of Triggering: 1) Forward voltage triggering 2) Thermal triggering (Temperature triggering) 3) Radiation triggering (Light triggering) 4) dv/dt triggering 5) Gate triggering ... generated leakage current increases. This current gets multiplied internally and thyristor is turned on.

243 views 1 answer

asked May 21, 2020 by anonymous

Illustrate with neat wiring diagram a single lamp control by two point method.

Illustrate with neat wiring diagram a single lamp control by two point method.
Last Answer : Single lamp control by two point method: This system is commonly used for stair case wiring. It consists of two way switches (the switch operates always in one of the two possible positions) the ... the person will change the position of switch S2, so that the lamp will be switched OFF'.

321 views 1 answer

asked May 3, 2020 by anonymous

Draw and explain vacuum impregnation method of varnishing.

103 views 0 answers

asked Apr 24, 2020 by anonymous

anonymous · Answer 1 · 2018-04-26T02:17:36+0000

The bridge method commonly used for finding mutual inductance is Heaviside Campbell bridge

anonymous · Answer 2 · 2022-06-04T10:23:34+0000

Answer :

A

answered Jun 4 by anonymous

The bridge method commonly used for finding mutual inductance is

Please log in or register to add a comment.

2 Answers

Answer :

Please log in or register to add a comment.

Answer :

Please log in or register to add a comment.

Please log in or register to answer this question.

Related Questions