Question 1 Equivalent circuit of a resistor as a noise generator is shown in Figure 1. Assume that R. is noiseless and receiving the maximum noise power, P, generated by R. a) Formulate noise voltage V, over measured bandwidth, B b) Explain noise voltage dependent on the frequency c) If there are two sources of noise generators in series Vni and Vn2 , formulate total noise voltage, Vnr RS RL Cigure 1

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Equivalent circuit of a resistor as a noise generator is shown in Figure 1.

Question 1
Equivalent circuit of a resistor as a noise generator is shown in Figure 1. Assume that R is noiseless
and receiving the maximum noise power, Pn generated by R.
a) Formulate noise voltage V, over measured bandwidth, B
b) Explain noise voltage dependent on the frequency
c) If there are two sources of noise generators in series Vn1 and Vn2 , formulate total noise
voltage, Vnt
R
RL
Figure 1
Transcribed Image Text:Question 1 Equivalent circuit of a resistor as a noise generator is shown in Figure 1. Assume that R is noiseless and receiving the maximum noise power, Pn generated by R. a) Formulate noise voltage V, over measured bandwidth, B b) Explain noise voltage dependent on the frequency c) If there are two sources of noise generators in series Vn1 and Vn2 , formulate total noise voltage, Vnt R RL Figure 1
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