Channels above 1600 kHz are often reserved for very low range applications like local traffic or weather information. We want to make sure that a channel used to provide emergency evacuation instructions at 1610 kHz doesn't get interference from an entertainment channel broadcast at 1590 kHz. The resistance of our entire circuit is R = 1.5 02. Antenna voltage for the channel at 1610 kHz is 2.5 mV. Antenna voltage for the channel at 1590 kHz is 16.5 mV. What is the maximum current in the circuit from each channel when the receiver is tuned to 1610 kHz?
Channels above 1600 kHz are often reserved for very low range applications like local traffic or weather information. We want to make sure that a channel used to provide emergency evacuation instructions at 1610 kHz doesn't get interference from an entertainment channel broadcast at 1590 kHz. The resistance of our entire circuit is R = 1.5 02. Antenna voltage for the channel at 1610 kHz is 2.5 mV. Antenna voltage for the channel at 1590 kHz is 16.5 mV. What is the maximum current in the circuit from each channel when the receiver is tuned to 1610 kHz?
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Transcribed Image Text:Channels above 1600 kHz are often reserved for very low range applications like
local traffic or weather information. We want to make sure that a channel used to
provide emergency evacuation instructions at 1610 kHz doesn't get interference
from an entertainment channel broadcast at 1590 kHz.
The resistance of our entire circuit is R = 1.5 0.
Antenna voltage for the channel at 1610 kHz is 2.5 mV.
Antenna voltage for the channel at 1590 kHz is 16.5 mV.
What is the maximum current in the circuit from each channel when the receiver is
tuned to 1610 kHz?
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