Question: A low pass filter composed of ideal components has a 3dB cutoff frequency of 1GHz. There is a 33 dBm signal at the cutoff

A low pass filter composed of ideal components has a 3dB cutoff

A low pass filter composed of ideal components has a 3dB cutoff frequency of 1GHz. There is a 33 dBm signal at the cutoff frequency being injected into the LPF. a) How much power does this represent in Watts? Pin(1GHz) = Watts b) How much power in dBm would be measured on the output of LPF at 1GHz? Pout(1GHz) = dBm c) Which S-parameter did you use to observe the transmission characteristics of the filter? Baun

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