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resources:eval:developer-kits:2to24ghz-mxfe-rf-front-end:rx-overview [13 Jul 2023 21:13] – Image Rejection Added Chance Fletcher | resources:eval:developer-kits:2to24ghz-mxfe-rf-front-end:rx-overview [24 Jul 2023 20:18] (current) – Plot Descriptions Chance Fletcher | ||
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**__Receiver Performance (Gain, IIP3, IP1dB, NF, SFDR), 2-24GHz, LNA Path, Rough Gain Levelling Implemented__** | **__Receiver Performance (Gain, IIP3, IP1dB, NF, SFDR), 2-24GHz, LNA Path, Rough Gain Levelling Implemented__** | ||
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+ | As described above, the performance shown in the following plot assumes PCB implementation with low loss traces. This plot shows the simulated Gain, IIP3, IP1dB, NF, and SFDR performance across frequency when taking the LNA path at the input of the receiver: | ||
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**__Receiver Performance (Gain, IIP3, IP1dB, NF, SFDR), 2-24GHz, Preselector BPF Path, Rough Gain Levelling Implemented__** | **__Receiver Performance (Gain, IIP3, IP1dB, NF, SFDR), 2-24GHz, Preselector BPF Path, Rough Gain Levelling Implemented__** | ||
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+ | The following plot shows the simulated Gain, IIP3, IP1dB, NF, and SFDR performance across frequency when the Bandpass Filter path is taken at the input of the receiver: | ||
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**__Receiver Performance vs Input Power Level with Gain Control, 10GHz, LNA Path__** | **__Receiver Performance vs Input Power Level with Gain Control, 10GHz, LNA Path__** | ||
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+ | The following plot shows the simulated performance of the receiver, including RF power at the input of the ADC, total noise power, IMD3, and CNDR3, when sweeping RF input power at an RF frequency of 10GHz, with the LNA path selected: | ||
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