1.5-5 A transmitter uses the waveform of Problem 1.5-1 with A₁ = 0.2 and T = 10 μs. (a) Find the value of A so that the actual average peak transmitted power is 500 kW into a resistive load of 510 92. (b) For the value of A found in (a) what available average transmitted power is generated if the radar's pulse rate is 800 Hz?

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Author:Robert L. Boylestad
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please answer 1.5-5
1.5-1 Sketch the following waveform if A, T, A₁, and wo > 2n/T are positive
constants:
s(t) = A A₁ + cos²
3-4 [₁₁ 0² (7) ]rect ( 7 ) cos(e
cos(wot)
1.5-5 A transmitter uses the waveform of Problem 1.5-1 with A₁ = 0.2 and
T = 10 μs.
(a) Find the value of A so that the actual average peak transmitted power is
500 kW into a resistive load of 510 92.
(b) For the value of A found in (a) what available average transmitted power
is generated if the radar's pulse rate is 800 Hz?
Transcribed Image Text:please answer 1.5-5 1.5-1 Sketch the following waveform if A, T, A₁, and wo > 2n/T are positive constants: s(t) = A A₁ + cos² 3-4 [₁₁ 0² (7) ]rect ( 7 ) cos(e cos(wot) 1.5-5 A transmitter uses the waveform of Problem 1.5-1 with A₁ = 0.2 and T = 10 μs. (a) Find the value of A so that the actual average peak transmitted power is 500 kW into a resistive load of 510 92. (b) For the value of A found in (a) what available average transmitted power is generated if the radar's pulse rate is 800 Hz?
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