Features: SpecificationsDescriptionThe FMM5201ML is a GaAs dual frequency oscillator MMIC with low phase noise for use in Universal DBS downconverters. It is designed to operate with the FMM5107VD converter MMIC. There are some features as follows. First is intergrated monolithic oscillator. The s...
FMM5201ML: Features: SpecificationsDescriptionThe FMM5201ML is a GaAs dual frequency oscillator MMIC with low phase noise for use in Universal DBS downconverters. It is designed to operate with the FMM5107VD c...
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The FMM5201ML is a GaAs dual frequency oscillator MMIC with low phase noise for use in Universal DBS downconverters. It is designed to operate with the FMM5107VD converter MMIC. There are some features as follows. First is intergrated monolithic oscillator. The second is dual frequency operation. Then is ultra-low phase noise which is -90 dBc/Hz (typ.). The last one is small size 6-pin plastic package for SMT applications.
What comes next is about the absolute maximum ratings of FMM5201ML. The operating temperature range is from -40 to +85. The storage temperature is from -55 to +125. The VDD (DC bias voltage) is 8 V. The VLO (DC switch voltage) is -5 V.
The following is about the electrical characteristics (Ambient Temperature Ta=25) of FMM5201ML. First is some characteristics under the condition of VDD=4 V, VLO1=0 V, VLO2=-3 V. The fosc (oscillation frequency range) is from 9.75 to 11.5 GHz. The typical fosc1 (oscillation frequency) is 9.75 GHz. The typical Posc1 (oscillation power) is 4.5 dBm. The minimum IDD1 (operating current) is 17 mA, the typical is 25.5 mA and the maximum is 37 mA. The typical 1 (phase noise) is -90 dBc/Hz. Then is some characteristics under the condition of VDD=4 V, VLO1=-3 V, VLO2=-0 V. The fosc (oscillation frequency range) is from 9.75 to 11.5 GHz. The typical fosc2 (oscillation frequency) is 10.6 GHz. The typical Posc2 (oscillation power) is 4.5 dBm. The minimum IDD2 (operating current) is 17 mA, the typical is 25.5 mA and the maximum is 37 mA. The typical 2 (phase noise) is -90 dBc/Hz.