Mars RF's Microwave Solid State Power Amplifier Module MM0830P45A
Product introduction
Mars RF's microwave solid state power amplifier is built between the frequencies of 800MHz and 3000MHz and has a saturated RF output power of 30 Watts. For P&L&S frequency band and multi-octave broadband high power RF applications, this kind of small amplifier is a better choice for customers. The 50Ω input and output impedance in this microwave broadband power amplifiers means it matches well with many RF systems and transmission lines, helping to minimize signal reflections and maximize power transfer efficiency. This microwave amplifier is very light in weight and small in size, so that customers can easily apply it to radio equipment and systems in terms of size.
The operating temperature of this microwave high-power broadband amplifier starts from minus 40 degrees Celsius and ends at above zero 60 degrees Celsius. This microwave amplifier can perform well and adapt well to different ambient temperatures whether in extremely cold areas or extremely hot areas. What’s more, when Mars RF's product engineers designed this power amplifier, they added over-temperature, over-voltage, and over-current protection to extend and prolong the product's service life and improve reliability and guarantee its safety.
Parameters
| Start frequency | 800 MHz |
| Stop frequency | 3000 MHz |
| Weight | 1.2 kg |
| Operating voltage | 28 V |
| Spurious Signals | -60 dBc |
| RF Connectors | SMA, Female |
| Current consumption | 4 Amp |
Design Capability of Mars RF
√ A design team of over 87 employees
√ Senior engineers with more than 20 years’ experience
√ Established joint research base with well-known universities
√ Invest 10% of revenue in R&D
Applications
The outstanding long-term power performance, excellent efficiency and high reliability of the Mars RF’s microwave solid state power amplifier module is ensured by the employment of modern high-power components during production. For P&L&S frequency band and multi-octave high power RF applications requiring wideband operation and high power capabilities like civilian radar systems and weather radar, it is one of the best choices.



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