If the signal made it this far, it should be received by the TV already. This makes little sense as any signal loss between the antenna and amplifier has already occurred. This means all the noise and signal strength travel all the way down the cable, and both are amplified just before they hit the television. Generally, they are designed to be installed closer to the television. The type of amplifiers that come packaged with indoor antennas serves little purpose in most cases. This brings me to the reason for this article. Amplifiers are also very helpful when splitting a signal as a splitter will lose about 3.5 dB of signal per split. Generally, an RG6 coaxial cable will lose an average of 5 dB of signal per 100 ft. However, it can boost the signal to make it through a long cable run or overcome a splitter to supply more than one TV with reception. Ultimately, an amplifier isn’t going to help you receive a signal that isn’t already reaching your antenna. While overload is usually a bad word in electronics, it means the signal is over an acceptable strength threshold in this case. In fact, if the signal is too strong, the TV turner overload and not be able to display the channel. If a channel’s signal is above the threshold of being picked up by a TV, making that signal stronger isn’t going to improve the picture’s quality. Digital television either comes in, or it doesn’t. The stronger the signal, the more detail and better receptions a TV would receive. Before digital television, the signals were analog.
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