![]() When a radio signal bounces from a building or hill, for example, the signal may arrive with noise & static distortion. ![]() But this does not block the FM signal but instead distorts it. On the other hand, some objects and massive constructions may also cause interference. Some radio tuners will distinguish the radio signals from each other, but some will not – which will cause interference in the sound. When two strong radio signals are too close together, the antenna may catch them at the same time, and cause distortion. It just gets interfered with other factors such as separate signals, transmitters, or even other antennas. In some cases, the signal doesn’t get stopped directly. And that’s also another common issue you may encounter. In some cases, radio transmitters are just not strong enough to handle winds & rain. You can find concrete, aluminum, metal roofs, stucco, solar panels, and even foil lining – all of them can cause radio signals to distort. Some materials also cause distortion or kill the radio signals altogether. Here, you can find anything from large bodies like buildings and hills, but also smaller ones like trees, houses, and even vehicles. Physical ObstaclesĪnything that gets in the path of a radio signal may also produce problems with the sound. This will cause the signal to overpower and damage the sound quality, creating distortions or sometimes even muting the sound altogether. Similarly, you may encounter problems with the radio transmitter being too close to your antenna. This may cause the signal to arrive with distortion, noise, or eventually not arrive at all. When you’re too far from a radio transmitter, the signal that gets to the antenna won’t be the same as if you were close. If you’re wondering what problems you may encounter with an FM antenna – here are a few of them: 1. ![]() But they may eventually have issues such as not providing proper volume, having too much static noise, and so on. Most FM antennas won’t necessarily stop working altogether. So that’s a huge factor to consider, and that’s why an FM antenna can have such an impact on the sound quality. That’s why it is common to find issues with radio systems nowadays. This happens because most audio systems nowadays are designed to work with Bluetooth, USB, and other connections instead of FM signals. Especially in cars and modern stereo systems, you will probably not find a robust FM antenna. Antennas come in many sizes and designs, and they differ massively depending on the device they’re installed into.īut there’s a slight problem – most antennas nowadays are pretty weak. Yes, the antenna affects everything related to radio signals. It needs to have specific types of receivers, so it can obtain it correctly. Here’s where the FM antenna enters into action to capture this signal. For that, it is necessary to have an antenna that can capture such signals well enough. While the FM signal is fantastic and widely used, it has many barriers such as walls, intermittences, and others (we’ll go on that later). It is a type of audio signal sent through radio waves that provide high-quality audio, with clean sound and little to no static noise. ![]() Here, you will find the FM term, referring to frequency modulation. First of all, let’s explain in a few words how an FM antenna helps to get the radio signal.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |