What is a super tweeter?

Tweeters are a type of speaker that creates the frequency of sound that are at the upper limit of human hearing. The super tweeter is designed to replicate the sounds that are above the tweeter capability, creating a more realistic sound. Tweeters can often produce sounds that fall within 2,000 Hz to 20,000 Hz. Super tweeteers create sounds that are at the upper end of the Tweets range and above, otherwise known as ultra -high frequencies.

All types of speakers convert an electrical signal to sound. In audio systems or entertainment systems, various speakers work on the production of desired sounds. Tweeters and super tweeteers are so named because the sounds they produce sound like a high "tweeting" birds. At the opposite end of the spectrum there are speakers that are named on the basis of low -gauge "woof" sounds of dogs.Mechanical movement of air. The dome is part of the tweeter that moves, and how the frequency to be produced increases, the dome is shrinking.Super Tweeters have the smallest domes, so they can produce the highest frequencies. The disadvantage is that these smaller domes have a smaller area that can limit their output, especially at the bottom of their range.

Super tweeter can come as part of a home stereo system or home theater, or can be purchased as a supplement. However, there is some discussion of the use of super tweeteers. This usually stems from the fact that most sounds play Super tweeter people hear people.

Many manufacturers point to the fact that adding super tweeter to your home entertainment center will be much more realistic. They say Super Tweeter works with other loud speakers in the system to have fewer Wsleplic errors are sounds made from the signal. The idea is that the Super Tweeter works with all frequency ranges to make the produced sound so richer and fuller and for all listeners the wholeEater pleasant.

There was also some research on vibration caused by these sounds. All audio frequencies travel through the air such as vibrations or waves. The sounds people hear cause vibrations in the ear, which then travel to the brain like nerve impulses. There are some theories that although higher frequencies cannot be heard, small hairs or even bones inside the ear can still be stimulated, so they are still perceived at a certain level.