Time Left : 00:00
A
Forward biased
B
Reverse biased
C
Unbiased
D
None
A
1,2
B
2,3
C
1,2,3
D
1,2,3,4
A
(i)-1, (ii)-4, (iii)-3, (iv)-2
B
(i)-2, (ii)-3, (iii)-1, (iv)-4
C
(i)-3, (ii)-2, (iii)-1, (iv)-4
D
(i)-4, (ii)-1, (iii)-2, (iv)-3
A
Conduction, valence
B
Valence, conduction
C
Valence, drift
D
None
A
Class-C Amplifier
B
Class-B push-pull Amplifier
C
Class-A Amplifier
D
Class-D Amplifier
A
Interlace Ratio
B
Max Horizontal Deflection
C
Aspect Ratio
D
Diagonal Ratio
A
Amplitude modulated and at the low-frequency end of each channel allocation
B
Frequency modulated and at the low-frequency end of each channel allocation
C
Amplitude modulated and at the high frequency end of each channel allocation
D
None of the above
A
High pass filter
B
Band pass filter
C
Low pass filter
D
None of the above
A
A Fraction of Transmission Bandwidth
B
The Entire Transmission Bandwidth
C
A Bandwidth equal to each input signal
D
None of the above
A
42.5 kHz & 37.5 kHz
B
45 kHz & 35 kHz
C
50 kHz & 30 kHz
D
25 kHz & 15 kHz
A
Differentiator
B
Integrator
C
Demodulator
D
None of the above
A
Position of pulse is changed
B
Width of pulse varies
C
Height of pulse ? sampled value
D
None of the above
A
SSB-SC
B
DSB-SC
C
Both A & B
D
None
A
Less sensitive to input variations
B
Smaller size compared to rectifiers
C
Has low input ripple
D
Source of radio interference
A
Allows specific range
B
Allows all
C
Blocks all
D
Amplifies all
A
28-56 MHz
B
88-108 MHz
C
58-88 MHz
D
108-128 MHz
A
Both statements true
B
Both individually true but II not explanation of I
C
I true, II false
D
I false, II true
A
Mixer-RF-Limiter-IF-Discriminator-Audio
B
RF-Mixer-Limiter-Discriminator-IF-Audio
C
RF-Amplifier-Mixer-IF-Amplifier-Limiter-Discriminator-Audio Amplifier
D
Mixer-IF-Amplifier-Limiter-Audio-Discriminator
A
Varactor diode
B
Reactance modulator
C
Armstrong modulator
D
By-pass modulator
A
Ground wave
B
Space wave
C
Sky wave
D
LOS wave