Attached is a plot of the gain on the interval 50-3000 MHz (ref -20dBm = 0). It has been verified with a spectrum analyzer with tracking generator (-40dBm input). It does not correspond to the announced gain. Certainly not monotonically decreasing with frequency.

Attached is a plot of the gain on the interval 50-3000 MHz (ref -20dBm = 0). It has been verified with a spectrum analyzer with tracking generator (-40dBm input). It does not correspond to the announced gain. Certainly not monotonically decreasing with frequency.

Attached is a plot of the gain on the interval 50-3000 MHz (ref -20dBm = 0). It has been verified with a spectrum analyzer with tracking generator (-40dBm input). It does not correspond to the announced gain. Certainly not monotonically decreasing with frequency.

Low noise figure RF amplifier for SDR enhancement and RF experimentation.

Low noise figure RF amplifier for SDR enhancement and RF experimentation.

Low noise figure RF amplifier for SDR enhancement and RF experimentation.

It works, but not yet measured with oscilloscope to confirm specifications and dB but I think they are in average looking at signal with or without it

It works, but not yet measured with oscilloscope to confirm specifications and dB but I think they are in average looking at signal with or without it

It works, but not yet measured with oscilloscope to confirm specifications and dB but I think they are in average looking at signal with or without it

Thanks for speedy delivery in robust packing

Thanks for speedy delivery in robust packing

Thanks for speedy delivery in robust packing