Question

A receiver subsystem has a noise figure of 6 dB, a 1 dB compression point of 21 dBm (referenced to output), a gain of 30 dB , and a third-order intercept point of 33 dBm (referenced to output). If the subsystem is fed with a noise source with $N_i=-105 \mathrm{dBm}$, and the desired output SNR is 8 dB , find the linear and spurious free dynamic ranges of the subsystem. Assume a system bandwidth of 20 MHz .

   A receiver subsystem has a noise figure of 6 dB, a 1 dB compression point of 21 dBm (referenced to output), a gain of 30 dB , and a third-order intercept point of 33 dBm (referenced to output). If the subsystem is fed with a noise source with $N_i=-105 \mathrm{dBm}$, and the desired output SNR is 8 dB , find the linear and spurious free dynamic ranges of the subsystem. Assume a system bandwidth of 20 MHz .
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Microwave Engineering
Microwave Engineering
David M. Pozar 3rd Edition
Chapter 10, Problem 13 ↓

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Step 1: Identify the given parameters - Noise figure (NF) = 6 dB - 1 dB compression point (P1dB) = 21 dBm (referenced to output) - Gain (G) = 30 dB - Third-order intercept point (IP3) = 33 dBm (referenced to output) - Input noise power (Ni) = -105 dBm - Desired  Show more…

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A receiver subsystem has a noise figure of 6 dB, a 1 dB compression point of 21 dBm (referenced to output), a gain of 30 dB , and a third-order intercept point of 33 dBm (referenced to output). If the subsystem is fed with a noise source with $N_i=-105 \mathrm{dBm}$, and the desired output SNR is 8 dB , find the linear and spurious free dynamic ranges of the subsystem. Assume a system bandwidth of 20 MHz .
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