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In this paper, a 1 MHz to 3.4 GHz, 5 W, highly linear power amplifier based on GaN HEMT is reported. Load-pull technique has been applied to introduce a compromising solution for the PA performance trade-off problem. Over the whole bandwidth a small signal gain of 14 plusmn 0.7 dB and an output return loss of better than - 10 dB have been achieved. The input return loss was better than -10 dB up to...
In this paper, a 1 MHz to 3.4 GHz, 5 W, highly linear power amplifier based on GaN HEMT is reported. Load-pull technique has been applied to introduce a compromising solution for the PA performance trade-off problem. Over the whole bandwidth a measured small signal gain of 14 plusmn 0.7 dB and an output return loss of better than -10 dB have been achieved. The input return loss was better than -10...
In this paper, a 1 MHz to 3.4 GHz, 5 W, highly linear power amplifier based on GaN HEMT is reported. Load-pull technique has been applied to introduce a compromising solution for the PA performance trade-off problem. Over the whole bandwidth a measured small signal gain of 14 plusmn 0.7 dB and an output return loss of better than -10 dB have been achieved. The input return loss was better than -10...
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