Hawaslsh
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Hello all,
I have a question concerning the format of complex numbers and the math behind calculating the error matrix to calculate calibrated measurements.
I am using the above relationship to relate my actual measured values to calibrated values. My three standards are a delay match, and two delay shorts. (The match is on a delay because this work is being done in rect waveguide and i don't want to mess up my match's face, so its connected to a 3" section.)
My question: I told the VNA to save real and imaginary. However, in the above picture, isn't Γdelayshort = -1*ejβl magnitude and phase? I have a feeling using mixed complex formats Γmeasured in RL and Γexpected in mag/phase will not work, is this true?
I know i can easily convert the format of one, but this is for my edification.
Thanks,
Sami
I have a question concerning the format of complex numbers and the math behind calculating the error matrix to calculate calibrated measurements.
I am using the above relationship to relate my actual measured values to calibrated values. My three standards are a delay match, and two delay shorts. (The match is on a delay because this work is being done in rect waveguide and i don't want to mess up my match's face, so its connected to a 3" section.)
My question: I told the VNA to save real and imaginary. However, in the above picture, isn't Γdelayshort = -1*ejβl magnitude and phase? I have a feeling using mixed complex formats Γmeasured in RL and Γexpected in mag/phase will not work, is this true?
I know i can easily convert the format of one, but this is for my edification.
Thanks,
Sami