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Now let's look at some real numbers. For a big transmitting amplifier the output resistance may be R1=1000.0Ω. A typical antenna has a radiation resistance of R2=50.0Ω. Consider an AM broadcast transmitter at f=840.0kHz. In the spaces provided below, write the numerical values of the capacitance (in picoFarads) and inductance (in microHenrys) for match.
 one year ago
 one year ago
Now let's look at some real numbers. For a big transmitting amplifier the output resistance may be R1=1000.0Ω. A typical antenna has a radiation resistance of R2=50.0Ω. Consider an AM broadcast transmitter at f=840.0kHz. In the spaces provided below, write the numerical values of the capacitance (in picoFarads) and inductance (in microHenrys) for match.
 one year ago
 one year ago

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AbhaypratapBest ResponseYou've already chosen the best response.0
w = 2*pi*f Cmatch = 1/(w*sqrt(R1R2 – R2^2)) Cmatch 869.34 Lmatch = sqrt(R1R2 – R2^2)/w Lmatch 41.29
 one year ago

rva.raghavBest ResponseYou've already chosen the best response.0
abhay give some books to prefer for multivibrators
 one year ago
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