a) For what frequency or range of frequencies does the networkreduce the magnitude of the input voltage to one-tenth?tenth?(b) Knowing that the output advances the input 15Β°, determineπ£ππ’π‘(π‘) at steady state when.Vππ = 5β‘45Β° [V]?(c) Knowing that the time domain input voltage is π£ππ(π‘) = 12π ππ(9000t + 40Β°) [V],What will be the value of the steady state output voltage π£ππ’π‘(π‘)?(d) Knowing that the input voltage in the time domain is π£ππ(π‘) =10cos2(125t) -5 [V], what is thewill be the value of the steady state output voltage π£ππ’π‘(π‘)?
Magnitude (dB) Phase (deg) 20 15- 10- 5 2 5 -10- -15- -20- -25 -30β° 90F 75- 60- 45- 30- 15- -15- -30- -45- -60- -75- -90 101 T 10β° 10ΒΉ Bode Diagram T T 10Β² Frequency (rad/s) T 10Β³ 104
a) For what frequency or range of frequencies does the network reduce the magnitude of the input voltage to one-tenth? t
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