A B C D + AB C D =
Question: A B C D + AB C D =
[A].
ABC
ABCD
A B D
ABCD
[A].
[B].
[C].
[D].
Answer: Option C
Explanation:
A B C D + A B C D = A B D(C + C) = A B D .
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(1(10101)2 is_______________?
(1(10101)2 is_______________?A. (37)10
B. ( 69)10
C. (41 )10
D. — (5)10As compared to full wave rectifier, a half wave rectifier
Question: As compared to full wave rectifier, a half wave rectifier
[A].has higher ripple factor [B].
has lower ripple factor [C].
may have higher or lower ripple factor [D].
has same ripple factor Answer: Option A
Explanation:
No answer description available for this question.
If it is desired to have low output impedance in an amplifier circuit then we should use
Question: If it is desired to have low output impedance in an amplifier circuit then we should use
[A].common collector circuit [B].
common base circuit [C].
common emitter circuit [D].
either (b) or (c) Answer: Option A
Explanation:
Therefore CC configuration is used for impedance matching.
A two branch parallel tuned circuit has a coil of resistance 100 Ω and inductance 0.005 H in one branch and 10 nF capacitor in the second branch. At resonance frequency is
Question: A two branch parallel tuned circuit has a coil of resistance 100 Ω and inductance 0.005 H in one branch and 10 nF capacitor in the second branch. At resonance frequency is
[A].100 rad/sec [B].
10000 rad/sec [C].
1000 rad/sec [D].
more than 10000 rad/sec Answer: Option C
Explanation:
= = 44.67 x 104 rad/sec.
In case of OR gate, no matter what the number of inputs, a____________________?
In case of OR gate, no matter what the number of inputs, a____________________?A. 1 at any input causes the output to be at logic 1
B. 1 at any input causes the output to be at logic 0
C. 0 any input causes the output to be at logic 0
D. 0 at any input causes the output to be at logic 1The universal gate is ________________?
The universal gate is ________________?A. NAND gate
B. OR gate
C. AND gate
D. None of the above