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31 to 40 of 59 Results
AMPM_poly_model_parameters.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 1.9 KB - MD5: 39832a969429cbc8b8deebdeef22a26a
AM-PM-Parameters of Polynomial Model for 270 to 330 GHz in 5 GHz steps
AMPM_Rapp_model_parameters.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 1.2 KB - MD5: 6c969fbeaee96188f3a422255369f7e8
AM-PM-Parameters of Rapp Model for 270 to 330 GHz in 5 GHz steps
AMPM_Saleh_Model_Parameters.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 1020 B - MD5: 4e361ff549cb6daf9ed535cdbb7c5eb8
AM-PM-Parameters of Saleh Model for 270 to 330 GHz in 5 GHz steps
HBandMPA_M260-003_AMAM_AMPM.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 59.9 KB - MD5: 4b823ebd974f555fa79afb476b6cb647
Bundled and processed measurement data. Contains a 25 by 81 matrix of measurement data. It contains measurements for 25 frequency steps "freq" in GHz and 81 input power settings "P_in_set" in dBm. The data set contains the actual measured input power "P_in_meas" in dBm, the measured absolute output power "P_out" in dBm, the measured relative phase...
HBandMPA_M260-003_CW_PwrSweep_fc270GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: 1d2cfb3b6da5ea2af71b9bde6c7fbd92
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
HBandMPA_M260-003_CW_PwrSweep_fc275GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: b4f494f4be36923307acb5f1abdac06d
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
HBandMPA_M260-003_CW_PwrSweep_fc276GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: e95d6cad408e100ab78ebcb6de6f8d4c
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
HBandMPA_M260-003_CW_PwrSweep_fc277GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: 1bd9adce97696b8314056eb0751c2966
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
HBandMPA_M260-003_CW_PwrSweep_fc278GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: 31625920e5144df18d4b556d0168c189
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
HBandMPA_M260-003_CW_PwrSweep_fc279GHz.mat
Aug 23, 2025 - H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB - MD5: bbdb5269a7b26b657954df2a925f6135
Raw measurement data for a single CW-frequency. A1 is incident wave at the input poer of the DUT in amplitude (dBm) and phase (degrees) for 81 different power levels. B2 is the corresponding outcoming wave of the DUT in amplitude (dBm) and phase (degrees).
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