1974
DOI: 10.1109/temc.1974.303320
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Gain and Distortion Properties of FET Mixers and Modulators

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Cited by 1 publication
(5 citation statements)
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“…The authors of [11] report the measured conversion gain differs by circa 3 dB from that simulated. In [21] the gm c of a FET VHF mixer is seen to increase for increasing bias and increasing LO amplitude-as also seen here with the BJT.…”
Section: Lab Comparison Measurements Of Hardware Mixer Prototypesupporting
confidence: 71%
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“…The authors of [11] report the measured conversion gain differs by circa 3 dB from that simulated. In [21] the gm c of a FET VHF mixer is seen to increase for increasing bias and increasing LO amplitude-as also seen here with the BJT.…”
Section: Lab Comparison Measurements Of Hardware Mixer Prototypesupporting
confidence: 71%
“…This improvement in linearity for increasing LO power and sensitivity to Vb is also predicted in Figure 9a,b. Additionally [21] confirms the third order products reduce as LO drive increases, leading to an increased IIP3. A comparison of IP1dB for the prototype mixer and the model Equation ( 24) is presented in Figure 16a, showing good agreement between the mathematical model and laboratory measurements for all tested LO powers, with a model error of circa 1 dB.…”
Section: Lab Comparison Measurements Of Hardware Mixer Prototypesupporting
confidence: 55%
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