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In this paper, a Q-band common source low noise amplifier (LNA) using 90-nm standard RF-CMOS technology is proposed. The design methodologies for millimeter-wave (MMW) amplifiers are discussed. The post layout simulation results show that S11 is lower than -14 dB and S22 is -11 dB at the peak gain of 14.6 dB at 37.5 GHz with 9.4 GHz bandwidth, the minimum noise figure is lower than 5.5 dB, the input...
In this paper, a broadband CMOS differential LNA for DC~2 GHz software defined radio is proposed. The channel thermal noise and the flicker noise of input MOSFET is canceled by exploiting a noise-canceling technique. A lower noise figure and an excellent wide-band input matching can be achieved at the same time. Moreover, the distortions introduced by input MOSFET can be partly cancelled using the...
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