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Signia Siemens Hearing Aids - Signia Siemens is focused on technology that can be clinically proven by independent studies to be a true benefit to patients. Two independent clinical studies prove that Siemens Signia technology is better than normal hearing in demanding listening environments (University of Northern Colorado, 2014 and Oldenburg Horzentrum Research institute in Oldenburg, Germany, 2013). Signia and Siemens Primax features significantly reduced listening effort, which has benefits in the short-term and in the long-term. Speech recognition performance for those with hearing loss were equal to normal-hearing individuals (University of Iowa, Iowa City, IA, USA HARL, University of Western Ontario NCA, London Ontario, Canada and NAL, Sydney, Australia). Siemens have been engineering hearing instruments for over 147 years. Signia Siemens is the preferred premier treatment for hearing loss. Signia Siemens won two prestigious Innovation Awards for the Cellion Primax hearing aid and the Signia Siemens myHearing app at the CES 2017. Over the years more of our patients have preferred Signia Siemens technology, quality and reliability over other major brands.
Hearing Aids in Ludhiana Marc Hearing Aids provided the Hearing Aids Service from last 20 Years. We are known as the specialist in Hearing Aids in Ludhiana.
Best Hearing Solution in Ludhiana Marc Hearing Center had established over 20 years. Marc Hearing Center is the best and No. 1 Hearing Center in Ludhiana.
Facts about Hearing Loss Individuals with hearing loss may be limited in daily oral  communication. Some facts about hearing loss &  hearing aids  adult population  some  degree  of hearing loss.  Less than 20% of those with hearing loss who might benefit  from  treatment actually seek help.  Most hearing aid users had lived with hearing loss for 10+ years,  and waited until it progressed to moderate‐to‐severe  levels  before seeking professional help for hearing aid  fitting.
How Does A Hearing Aid Work In order to understand things better, you need to understand how a hearing aid works. A hearing aid is a digital sound processor, NOT AN AMPLIFIER, Someone suffering from hearing loss does not need the sound of everything around them to go up, which is what an amplifier does. So this means the person sitting next to you, as well as the crowd around you, is louder. This isn’t going to help you hear better. This is what going to make everything louder. What do you need is a better signal to noise ratio, and this is what hearing aids do…20 times a second. Adding strength to the voices close to you while minimizing the background noise.
What are hearing aids? In its most basic form, a hearing aid is a device that amplifies the frequencies that you have trouble hearing. Most devices nowadays are digital, consisting of a microphone, digital signal processors, amplifiers, and speakers. Hearing technology has undergone a radical rate of evolution in recent years. The introduction of digital signal processing technology has allowed chips to process multiple millions of calculations per second, resulting in unparalleled sound quality. The durability has improved dramatically, and comfort, as well as aesthetics, have been thoroughly addressed. Modern devices have shrunk so much in size that they are barely noticeable.
Hearing Aid Compatible Some hearing aids have a feature called a "telecoil" built into them. The telecoil allows the hearing aid to hear magnetic signal representing an audio signal instead (or in addition to) just an audio signal. A device that is "Hearing Aid Compatible" is designed to output the required magnetic signal that the telecoil can hear in additon to an audio signal. The term "Hearing Aid Compatible" is usually used to refer to telephones, but may also apply to headphones. Also, hearing aid users who have a telecoil in their hearing aid may use an ALD with a neckloop or with a silhouette to allow them to hear devices that are not by nature "Hearing Aid Compatible". Headphones: Not all headphones are "Hearing Aid Compatible", but those that use powerful magnets to drive the speakers may be. The most common headphone that people may encounter that is "Hearing Aid Compatible" is the "PhonicEar" Headphone (really an ALD which many movie theaters have to loan free to patrons who would like to hear the movie better. Many users can simply use that ALD acoustically, but users with a telecoil in their hearing aids may benefit from switching it on, since that particular headset is "Hearing Aid Compatible". Telephones: Most non-portable telephones, some remote phones, and a few cell phones sold in the United States are now "Hearing Aid Compatible". This means that the telephone speaker in the earpiece not only outputs the sound of the person you are talking to, but it also outputs a magnetic signal representing the sound. All early telephones were automatically hearing aid compatible, because they used magnets to drive the speaker in the earpiece. Telephones built a few years ago were probably not hearing aid compatible, because they frequently didn't use magnets to drive their speakers. Using a equipped hearing aid with a Hearing Aid Compatible telephone can dramatically improve your ability to hear on the telephone. Shop carefully, however, since the strength and effectiveness of Hearing Aid Compatible phones and of telecoil varies greatly. If you have more than a minor hearing loss, you may want to check out the several Hearing Aid Compatible telephones and especially those Amplified Telephones designed especially for hard of hearing people.
HEARING AID TECHNOLOGY CLEARLY EXPLAIN What’s the difference between analog and digital hearing aids? Analog hearing aids basically take sounds and make them louder, just as cupping your hand behind your ear amplifies sound. Some analog hearing aids include a programmable microchip, but the functions are relatively basic. Digital hearing aids take in sound waves (in themselves, analog signals, for the tech folks out there), translate them into digital format, process, filter, distort, amplify and ultimately deliver a sound signal into your ear canal that is custom-tailored to your needs. In order to perform all these wonders, digital hearing aids contain a Digital Signal Processor (DSP) chip. To better understand digital versus analog, consider the difference between analog vinyl records and digital CDs. Vinyl records require fairly simple methods for playback, and a simple turntable and needle will do the trick. CDs take a little more hardware, as the digital information has to be processed and reproduced. While there is a greater amount to do, CDs provide clearer, high fidelity sound. Some people prefer the warm crackle of a vinyl record, but that fuzz simply won’t do when it comes to your hearing! AUG 23, 2017 What’s the difference between analog and digital hearing aids? Analog hearing aids basically take sounds and make them louder, just as cupping your hand behind your ear amplifies sound. Some analog hearing aids include a programmable microchip, but the functions are relatively basic. Digital hearing aids take in sound waves (in themselves, analog signals, for the tech folks out there), translate them into digital format, process, filter, distort, amplify and ultimately deliver a sound signal into your ear canal that is custom-tailored to your needs. In order to perform all these wonders, digital hearing aids contain a Digital Signal Processor (DSP) chip. To better understand digital versus analog, consider the difference between analog vinyl records and digital CDs. Vinyl records require fairly simple methods for playback, and a simple turntable and needle will do the trick. CDs take a little more hardware, as the digital information has to be processed and reproduced. While there is a greater amount to do, CDs provide clearer, high fidelity sound. Some people prefer the warm crackle of a vinyl record, but that fuzz simply won’t do when it comes to your hearing!
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