Question is ⇒ A universal RLC bridge uses, Options are ⇒ (A) Maxwell bridge for measurement of inductance and De Sauty's bridge for measurement of capacitance, (B) Maxwell's bridge for measurement of inductance and modified De Sauty bridge for measurement of capacitance, (C) Maxwell Wien bridge for measurement of inductance and modified De Sauty bridge for measurement of inductance, (D) Maxwell Wien bridge for measurement of inductance and Wien bridge for measurement of capacitance, (E) , Leave your comments or Download question paper.

Question is ⇒ A universal RLC bridge uses, Options are ⇒ (A) Maxwell bridge for measurement of inductance and De Sauty's bridge for measurement of capacitance, (B) Maxwell's bridge for measurement of inductance and modified De Sauty bridge for measurement of capacitance, (C) Maxwell Wien bridge for measurement of inductance and modified De Sauty bridge for measurement of inductance, (D) Maxwell Wien bridge for measurement of inductance and Wien bridge for measurement of capacitance, (E) , Leave your comments or Download question paper. Previous question Next question


Q1.	A universal RLC bridge uses
A.	Maxwell bridge for measurement of inductance and De Sauty's bridge for measurement of capacitance [Wrong Answer]
B.	Maxwell's bridge for measurement of inductance and modified De Sauty bridge for measurement of capacitance [Wrong Answer]
C.	Maxwell Wien bridge for measurement of inductance and modified De Sauty bridge for measurement of inductance [Correct Answer]
D.	Maxwell Wien bridge for measurement of inductance and Wien bridge for measurement of capacitance [Wrong Answer]
View Answer 1 -4 Explanation:- Answer : C Discuss it below : !! OOPS Login [Click here] is required to post your answer/result Help other students, write article, leave your comments

Previous question Next question

Also Read Similar Questions Below :

⇒ The ideal op-amp has the following characteristics
R_i = ∞, A = ∞, R₀ = 0
R_i = 0, A = ∞, R₀ = 0
R_i = ∞, A = 0, R₀ = 0
R_i = 0, A = ∞, R₀ = ∞

⇒ A directional coupler is used to determine
r_v
r_v and VSWR
L and C
wave velocity

⇒

Match the following:

	List I (Diode Rectifier)		List II (Efficiency is R_f/R_L = 0.25)
A.	Half wave	1.	0.54
B.	Bridge Rectifier	2.	0.65
C.	Full wave using tapped centre transformer	3.	0.325

A-1, B-2, C-3
A-2, B-1, C-3
A-3, B-2, C-1
A-3, B-1, C-2

⇒ The first machine cycle of an instruction is always
a memory read cycle
a fetch cycle
a input/output read cycle
a memory write cycle

⇒

Assertion (A): Synchronous counter has higher speed of operation than ripple counter

Reason (R): Synchronous counter uses high speed flip flops.

Both A and R are correct and R is correct explanation of A
Both A and R are correct but R is not correct explanation of A
A is true, R is false
A is false, R is true

⇒ Calculate i(t) for t ≥ 0, assuming the switch has been in position A for a long time at t = 0, the switch is moved to positio
1 + e^{-5 x 10³t}
e^{-5 x 10³t}
1.11 e^{-5 x 10³t}
1.11 (1 - e^{-5 x 10³t})

⇒ The entries in the first column of Routh array of a fourth order are 5, 2, - 0.1, 2, 1. The number of poles in the right half plane are
1
2
3
4

⇒ Poles and zeros of a driving point function of a network are simple and alternate on jω axis. The network consists of
R and C
L and C
R and L
R, L and C

⇒ In MF range, increasing the transmitter power
increases the range of transmitter
does not increase the range of transmitter because propagation is limited by tilt
decreases the range of transmitter because propagation is limited by tilt
increases the range of transmitter because propagation is through space waves

⇒ A dynamometer wattmeter is connected in ac circuit. The measured power is
rms power
average power
peak power
instantaneous power

⇒ The commonly employed filter in SSB generation is
high pass filter
RC filter
LC filter
mechanical filter

⇒ If number of information bits is 4, the parity bits in Hamming code are located at bit positions __________ from the LSB.
1, 2, 5
1, 2, 4
1, 2, 3
1, 2

⇒

Assertion (A): Power is the rate at which energy is supplied.

Reason (R): Energy = VIt.

Both A and R are true and R is correct explanation of A
Both A and R are true and R is not the correct explanation of A
A is true but R is false
A is false but R is true

⇒ The address to which a software or hardware restart branches is known as
Vector location
SID
SOD
TRAP

⇒ If a signal g(t) has energy E, then the energy of the signal g(2t) is equal to ...
E/2
E/4
E
2E

⇒ An open loop system has a forward path transfer function (42.25)/s(s + 6.5). The unit step response of the system starting from rest will have its maximum value at a time equal to
0 sec
0.56 sec
5.6 sec
infinity

⇒ The equation D = ∈₀∈_r E refers only to isotropic materials.
TRUE
FALSE

⇒ If we connect two silicon unilateral switches in anti- parallel we get
SCR
SBS
SCS
UJT

⇒ A loss less line of characteristic impedance Z₀ is terminated in pure reactance of -jZ₀ value. VSWR is
10
2
1
infinity

⇒ If the function A, B are A = R + PQ + RS B = PQRS + PQRS + PQRSA = B
A = B
no direct relation between A and B
insufficient data

⇒ Impedance Z as shown in the given figur
j29 Ω
j9 Ω
j19 Ω
j35 Ω

⇒ To prevent a DC return between source and load, it is necessary to use
resistor between source and load
inductor between source and load
capacitor between source and load
either (a) or (b)

⇒ In the analogy between electric and magnetic circuits permeability is analogous to
resistivity
conductivity
electric field intensity
current density

⇒ In LIFO
only the top of the stack is immediately accessible
only the top of the stack is never accessible
only the first-in is accessible
only the first-in is not accessible

⇒ A two branch parallel tuned circuit has 100 Ω resistance and 0.1 H inductance in one branch and 10^-6 F capacitor in the other. At resonance frequency, the dynamic resistance is
10 Ω
100 Ω
1000 Ω
10000 Ω

⇒ In figure the zener has a resistance of 5 ohms. As the load resistance is varied, the output vol
will remain constant at 12 V
will vary between 12.05 and 12.65 V
will vary from 10 to 20 V
will remain constant at 12.05 V

⇒ For measuring mutual inductance we can use
Anderson bridge
Maxwell's bridge
Heaviside bridge
Either (a) or (b)

⇒ Which one of the following compounds is widely used for making ferrites?
FeO
CuO
MgO
Fe₂O₃

⇒ Calculate the wave number in waveguide having dimensions 4 x 2 cm at 3 GHz
6.28
62.8
8
0

⇒ Which of these has semi-conductor metal junction?
PIN diode
Photo diode
Tunnel diode
Schottky diode