Mars RF's class AB RF broadband high power amplifier runs between 1000 MHz and 2000 MHz, with a saturated RF output power of 50 Watts and an RF power gain of 48 dB with a gain flatness of +1.5 dB. This broadband high power amplifier performs better because improved gallium nitride (GaN) and other cutting-edge technologies are used in the production process. This RF amplifier can be applied in L-band and S-band frequency applications like navigation systems, wireless LANs, long-distance transmission, radio communications, weather forecasts and other fields. When the output power of this amplifier is 40 Watts, its harmonics can reach -15dBc typical. The current consumption of this wideband amplifier is 7 Amp maximum, which lies in its ability to deliver higher power output to the connected load. 

From the start to the finish of the product design and development process, Mars RF is meticulous about every little detail. In order to do this, Mars RF has created a whole suite of product quality control methods based on the high standard. 

1.What is meant by the term "saturated output power"?

Generally speaking, "saturated output power" describes the most power that an amplifier in a saturated state can provide to a load.  Saturation happens to amplifiers when they are over-driven to the point that they are unable to produce any more output voltage swing. An amplifier may cause distortion to the output signal and lose its ability to accurately amplify the input signal when it reaches saturation. As a result, an amplifier's saturated output power is the highest power output that can be attained with tolerable distortion levels. It is a crucial factor to take into account while creating or choosing an amplifier for a specific application.