QUESTION 16 Calculate the inductive reactance of a 1.85 pH col at 1180 MHz. Take the value of pi (n) as 22/7 13,722 0 10,725 0 17,2000 3,702 0 QUESTION 17 The Barkhausen criterion says that an oscillator will continue to oscillate when AB>1 AB-1 AB D AB<1

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The maximum peak-to-peak value of an AM wave is 120 V. The peak-to-peak value of the modulating signal is 20 V. Calculate the percentage of modulation
20 %
12%
5%
10%
QUESTION 16
Calculate the inductive reactance of a 1.85 pH coil at 1180 MHz. Take the value of pi (n) as 22/7
13,722 0
10,725 0
17,2000
3,702 0
QUESTION 17
The Barkhausen criterion says that an oscillator will continue to oscillate when
AB 1
AB-1
AB=0
AB<1
Transcribed Image Text:The maximum peak-to-peak value of an AM wave is 120 V. The peak-to-peak value of the modulating signal is 20 V. Calculate the percentage of modulation 20 % 12% 5% 10% QUESTION 16 Calculate the inductive reactance of a 1.85 pH coil at 1180 MHz. Take the value of pi (n) as 22/7 13,722 0 10,725 0 17,2000 3,702 0 QUESTION 17 The Barkhausen criterion says that an oscillator will continue to oscillate when AB 1 AB-1 AB=0 AB<1
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