The Advantages of Digital Hearing Aids?

Answer 1

Digital hearing aids are becoming more and more commonly used, even though they are more expensive than traditional hearing aids. The updated technology included in digital hearing aids makes them far superior to other types of hearing aids for several different reasons.

Smaller Designs

There are digital hearing aids that offer the same sound quality but are much smaller than regular analog hearing aids. The new hearing aids can be placed directly into the ear canal, where they are virtually undetectable by the naked eye. With the hearing aid speakers placed into the ear that way, the sound is improved because it is closer to the ear’s natural sound receptors. Some digital hearing aids are designed to be looped over the top of the ear, with a little headphone bud that fits down into the ear canal. These designs are a little more bulky, but can provide a more powerful signal.

Clearer Signals

Digital hearing aids contain high tech receivers that can pick up very subtle sounds in a room. They filter background noise and allow the user to hear voices or other foreground noises more distinctly. Just like a phonograph record tends to be noisier, analog hearing aids have quite a lot more white noise. Digital hearing aids cut out all of the extraneous sound and only deliver the sounds that the listener wants to hear. The effectiveness of a digital hearing aid depends on the type of hearing loss you have, so it is a good idea to consult with your hearing specialist before you purchase a device.

Easier to Adjust

It is simpler to adjust the signal strength of digital hearing aids. Since they rely on digital technology, there is not much gray area between the signals. They work much the same way that radio stations work. If you use an analog radio in your car, you have to dial manually between the stations. If you use a digital radio, however, the signal hones in exactly on the right frequency. Digital hearing aids allow you to set them to specific frequencies as well, without drifting between the frequencies and experiencing the interference of mixed or garbled imprecise signals.