Mars RF's Multi-octave RF High Power Types of Amplifier MM1060P40B
Product introduction
There are numerous applications for this ultra-wide bandwidth RF power amplifier in the L-band, S-band, and C-band for test and measurement, jamming, and electromagnetic compatibility(EMC). The model MM1060P40B is a multi-octave RF high power amplifier that runs between 1 GHz and 6 GHz. It has a huge dynamic range, 10 Watts of typical saturated RF output power, and 30 dB of typical power gain. Both of the input return loss and output return loss of this multi-octave RF high power amplifier can be reached to -10 dB. The switching time of this RF amplifier is 2 us. A fast switching time can be advantageous in applications where precise control over the output signal is required, such as in switch-mode power supplies or high-frequency signal processing. The ability to swiftly transition between different output states can offer greater efficiency and control in these applications.
The DC interface connector of this Rf high power amplifier has a total of 9 pins, including 3 VDD interfaces, 3 GND interfaces, an enable interface, a current sense and a temperature sense interface.
Parameters
| Start frequency | 1000 MHz |
| Stop frequency | 6000 MHz |
| RF power gain | 40 dB |
| Weight | 1.2 kg |
| Input return loss | -10 dB |
| Output return loss | -10 dB |
| Load VSWR | 3:1 |
| RF Connectors | SMA, Female |
Key Features
√ Instantaneous ultra broadband
√ L-band, S-band, and C-band frequency
√ Moderate specifications
√ Fast switching time
√ SSPA solid state power amplifier
√ Gallium nitride amplifier
√ Basic RF circuit
Automated testing platform of Mars RF
Mars RF is committed to keeping up with the pace of technological advancement. Therefore, a large amount of automated testing equipment and software have been introduced. One advantage of using an automated testing platform is improved efficiency and productivity. Automated testing allows for the execution of test cases and scenarios without manual intervention, saving time and effort compared to manual testing processes. Automation also contributes to consistency in testing by eliminating human errors and inconsistencies that may occur in manual testing.
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Picture
Model No.
Data Sheet
Start(MHz)
Stop(MHz)
Pout(Watts)
Gain(dB)
Voltage(V)
Mode
Size(mm)
Quote
Start:1.5
Stop:30
Pout:200
Gain:53
Size:200x150x30



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