Eagle Aspen 500335 950-2150 Mhz In-Line Amplifier Review

I use it to track ASD-B @ 1090MHz. I went from 35,000 reports per day to >85,000 R/D. This requires a +14 VDC "injector". Significant improvement. GRATITUDE!

I would definitely recommend this product to anyone and everyone who needs a little satellite signal boost. Make sure to place the amplifier as close as possible to the cymbal and LNB.

Pros: Overall signal strength (average for all TPs) increases from 92.36 to 95.57 dBuV from 81 to 84 Cons: Overall signal quality (average for all TPs) drops from 80 .21 at 78.07 s/n (dB) from 13:80 to 13:00 VISUAL picture quality was terrible (stuttering and noise) Verdict: waste of money. To measure the signal (before and after), a satellite meter was used, which was installed next to the LNB.

I use ASD-B @1090MHz for tracking. I went from 35,000 reports per day to >85,000 R/D. This requires a +14 VDC "injector". Significant improvement. GRATITUDE!

I would definitely recommend this product to anyone who needs a little satellite signal boost. Make sure to place the amplifier as close as possible to the cymbal and LNB.

Pros: The STRENGH overall signal level (average for all TPs) increases from 92.36 to 95.57 dBuV from 81 to 84. Cons: The QUALITY overall signal (average for all TPs) drops from 80.21 to 78.07 s/n (dB) from 13:80 to 13:00 VISUAL picture quality was catastrophic (stuttering and noise) Conclusion: waste of money. A satellite meter installed near the LNB was used to measure the signal (before and after).

I had to use a coaxial cable splitter from the satellite dish to the receiver. After the separation, the separated signals were not enough for stable operation of the receiver. Tried other (strong) amps and they didn't help either, but they had a frequency range that was too narrow. These amplifiers are specified with a wider and more compatible frequency range. Bought two of these to use. Tried setting them up in different ways; with one before the splitter and then two after the splitter (one