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8. How long it takes for the signal to get from the output of the Modulator/transmitter, point in ns. to the input of the 2-way splitter, point (3

8. How long it takes for the signal to get from the output of the Modulator/transmitter, point in ns. to the input of the 2-way splitter, point (3

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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8. How long it takes for the signal to get from the output of the Modulator/transmitter, point 2 to the input of the 2-way splitter, point 3 3. 9. Po from Amplifier 1, point (5 in dBm. in ns. 10.a. Yes/No - Would there be any effect on Po at point 5 if the 50 terminator was removed? b. Why or why not? c. If there is an effect on Po, what would it be?
Transcribed Image Text:8. How long it takes for the signal to get from the output of the Modulator/transmitter, point 2 to the input of the 2-way splitter, point 3 3. 9. Po from Amplifier 1, point (5 in dBm. in ns. 10.a. Yes/No - Would there be any effect on Po at point 5 if the 50 terminator was removed? b. Why or why not? c. If there is an effect on Po, what would it be?
75 ohm Coax cable Microphone 0.4 V output 150 feet of coax cable with a gain of -4 dB/100 feet & a Vf of 77% Modulator/ transmitter G=15 5. Po at point ( 2 )in dBm. 2 Carrier Frequency is 100 MHz 7. Wavelength in the coax, in cm. Figure 1 For the system shown in Figure 1 above, determine the following: 4. Power input at point 1 in mW & dBm. 6. Gain of the 150 meters of coax cable, in dB. 3 Amplifier 1 G=20 db 50 ohm Terminator 2-way splitter The signal is 3 dB down at each port Po 5
Transcribed Image Text:75 ohm Coax cable Microphone 0.4 V output 150 feet of coax cable with a gain of -4 dB/100 feet & a Vf of 77% Modulator/ transmitter G=15 5. Po at point ( 2 )in dBm. 2 Carrier Frequency is 100 MHz 7. Wavelength in the coax, in cm. Figure 1 For the system shown in Figure 1 above, determine the following: 4. Power input at point 1 in mW & dBm. 6. Gain of the 150 meters of coax cable, in dB. 3 Amplifier 1 G=20 db 50 ohm Terminator 2-way splitter The signal is 3 dB down at each port Po 5
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