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Wide-Band Inline 900 - 2400 MHz In-Line Satellite Amplifier LA-9520

Highlights
Features:20dB +/- 1dB Gain
Line Powered
Power Passing
Low Noise Figure: 4dB Max
Outdoor Rated
Bandwidth 900 to 2400 MHz
Power Consumption: 22VDC 40mA
Price: $18.95
Manufacturer Code: LA-9520
Qty:
Availability: Usually ships in 24 Hrs
Shipping: Can ship anywhere
The ASKA's LA-9520 20dB Satellite In-Line Amplifier is used to boost the signal from your satellite dish to your receiver or multiswitch. It's as easy as hooking up the amplifier in-line at the satellite dish or your signal source for an instant 20dB boost. In-line amplifiers are needed when your signal is too weak or for long cable runs over 100'.. This amplifier can be used for signals in the range of 900 to 2400 MHz.

Features:
  • 20dB +/- 1dB Gain
  • Line Powered
  • Power Passing
  • Low Noise Figure: 4dB Max
  • Outdoor Rated
  • Bandwidth 900 to 2400 MHz
  • Power Consumption: 22VDC 40mA

Note:

An Unbelievable amount of Gain and Bandwidth in such a small package. Install this Amplifier to Overcome some loss in excess cable distances or Splitter with your Satellite TV plus HD TV Antenna or Cable TV Distribution System (that you have all mixed together for distribution in your system). Using the Power already present between the Satellite Dish (LNB's) and the Receiver to feed power through the RG6 or RG11 Coaxial Cable, to the amp. This amplifier can operate off of the existing line voltage that is present on the cable line feed from the Satellite Dish LNB(F) and the Satellite Receiver, as it also passes the power through.

The Slim Profile of this and Similar Inline Amplifiers is due to the absence of any Return band capability. Return Capability necessitates the use of Diplex filters and additional amplifier stages. The use of Return band (2-Way communication) is usually reserved for Cable TV Converters and Modems. For those uses, please take a look at the Broadband Digital Cable TV Modem 15dB Gain Amplifier, as Off-Air TV and Satellite IF Band Signals between the Dish LNB(F)'s and their Receivers typically do not need this option.
Compare to TERK BIA 20, Eagle Aspen SA-2050 and Phillips SDW5005O
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Appears on the DISH Network Approved List!

is a high performance ground block featuring a zinc body with machined threads and multiple ground screw configurations...

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TV Antenna Amplifier

Pre-Amplifiers are mistakenly used with the rational that it will bring in Stations that weren´t there before... It won´t, and what´s worse, using the same antenna and pre-amp with FM and TV stations close by (0-30 miles) may overdrive the amp and actually impede your ability to provide goods signals to your TVs. If you desire to use a pre-amplifier, don´t use a high gain when you have local stations, get one with a FM trap to keep FM radio stations from over-driving the amp and remember that today´s Digital Signals don´t need to be high to get a picture. Some Pre-amps come Band Selective as well, realizing that the difference in antenna UHF/VHF gain means that one band needs to be amplified as opposed to the other. Use them to maintain Signal level to noise at the origin (your antenna) so that low signal levels from far away stations are not lost in a longer than average cable run to the location in the house where the signals would be further distributed to the TVs desired.

Amplifiers come with various gain numbers. Old Analog signals needed a high Carrier to Noise to get a high Signal to Noise Ratio of the Picture on your TV set, it was a one to one relationship and more was sometimes better. Digital Signals are lower in amplitude in comparison to Analog (a benefit) and that commensurately, the threshold at the TV is lower for a perfectly good picture. Very little in between, you either get a good picture or you don´t. Snow in the old analog pictures has been replaced by "Tiling" or little blocks within the picture not keeping up with the scene changes in today´s Digital TV viewing. Tiling is therefore today´s Digital Snow. It means (more often than not) that you are not far enough above the threshold of signal level into your TV to prevent little hiccups, drop-outs and interferences in signal from interrupting the Stream of Data. Remember that lots of things can happen from the Station on the way to your TV set!

The gain of a Line Amplifier should be selected to zero out the loss that follows it. In other words, if you have fifty feet of cable and a two-way splitter, then a 10 db amplifier will be fine. Conversely, if you have an eight-way splitter and hundreds of feet of cable, you will need an amplifier with a higher gain. Just as in the case of a Pre-Amplifier, however, bigger is not always better.