41 to 50 of 59 Results
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 1779911474a0f405bd33909c4513b31e
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 3ba90a557b91bc9245bf4478a9664737
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 7c703b0500816c19d44e65380f7f234d
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: d3f8fe4a72bf112e7633d911d45f8832
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 0e032e97d2e1e41c79914de75f91dc9c
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 2a199f7d462d870a6c67e6a48c556b67
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 80c7fd5868a3ea6aae5c043d8fb592d1
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: 3f789ec223ce21a0ac1f493c6e09b2f3
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: fdd91950bd2a9ad06a4dd5e2211ac5be
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). |
Aug 23, 2025 -
H-Band InGaAs Power Amplifier M260-003: AM/AM AM/PM-Characterization and Behavioral Modeling
MATLAB Data - 3.0 KB -
MD5: e11360dd9c0a33aa082a561d120e02a6
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). |
