dhn121
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I'm not a user but am a mom with a 3 year son in the 1/2 day school program for the auditory impaired. From what I understand the FM now switches off/on on its own when the teacher is not speaking so that the child can hear other kids in the background. I don't know how fast or slow the switch is, I have not found any documentation in reference to that. My son has an FM system for school. HTH
To me, if it's not needed they would have to pass regulation/legislation on this issue. This is what I've read...
Hearing Assistive Technology (HATS) for Children
Is there legislation that supports the provision of Hearing Assistive Technology (HATS) for Children to children?
Increased availability and usage of FM systems are due in large measure to legislation that mandates access to technology for persons with hearing and other communication disabilities: the Americans with Disabilities Act (ADA), the Individuals with Disabilities Education Act (IDEA), and Section 504 of the Rehabilitation Act. Under IDEA, consideration of assistive technology for any child with a disability must take place as part of the development of the individualized education program. Each act in some way deals with the issue of access to instruction. Of course, for the child with hearing loss, “access” means being able to hear instruction!
FM Systems - Hearing Aid Choices - My Baby's Hearing
Research shows that children learn a lot of language by overhearing conversations. This overhearing helps children learn new words and grows their understanding of how to use language. Children with hearing loss may miss opportunities to overhear if people are talking more than 1 meter away or if it is noisy. Using the FM with a hearing aid can give a child more opportunities to overhear some conversations. This can help grow a child's vocabulary.
FAQ on Classroom Management of Children with Minimal Hearing Loss
Which has a better S/N ratio, a personal FM or a sound-field FM?
Good question. A major difference between sound-field FM units and personal FM systems is that the personal FM, if fit appropriately, can provide the most favorable S/N ratio: +20 dB to +30 dB. When a personal FM unit is used, the speech signal travels directly from the microphone transmitter, which is positioned about 6 inches from the teacher's mouth, into the ear of the child who is wearing the FM receiver. In the case of a sound-field unit, the teacher's speech is transmitted from the microphone worn 6 inches from his or her mouth to the amplifier/loudspeakers, which are located at some distance from the children. The students can be consistently closer to loudspeakers than they can be to the teacher, but not as close as a child is to the headphones of his or her personal FM receiver. Typically, sound-field FM units improve the classroom's S/N ratio by about 10 dB to 15 dB. Therefore, the decision as to which type of S/N-ratio-enhancing technology will be most appropriate depends upon the specific population of children to be served and their particular educational placements and needs.
To me, if it's not needed they would have to pass regulation/legislation on this issue. This is what I've read...
Hearing Assistive Technology (HATS) for Children
Is there legislation that supports the provision of Hearing Assistive Technology (HATS) for Children to children?
Increased availability and usage of FM systems are due in large measure to legislation that mandates access to technology for persons with hearing and other communication disabilities: the Americans with Disabilities Act (ADA), the Individuals with Disabilities Education Act (IDEA), and Section 504 of the Rehabilitation Act. Under IDEA, consideration of assistive technology for any child with a disability must take place as part of the development of the individualized education program. Each act in some way deals with the issue of access to instruction. Of course, for the child with hearing loss, “access” means being able to hear instruction!
FM Systems - Hearing Aid Choices - My Baby's Hearing
Research shows that children learn a lot of language by overhearing conversations. This overhearing helps children learn new words and grows their understanding of how to use language. Children with hearing loss may miss opportunities to overhear if people are talking more than 1 meter away or if it is noisy. Using the FM with a hearing aid can give a child more opportunities to overhear some conversations. This can help grow a child's vocabulary.
FAQ on Classroom Management of Children with Minimal Hearing Loss
Which has a better S/N ratio, a personal FM or a sound-field FM?
Good question. A major difference between sound-field FM units and personal FM systems is that the personal FM, if fit appropriately, can provide the most favorable S/N ratio: +20 dB to +30 dB. When a personal FM unit is used, the speech signal travels directly from the microphone transmitter, which is positioned about 6 inches from the teacher's mouth, into the ear of the child who is wearing the FM receiver. In the case of a sound-field unit, the teacher's speech is transmitted from the microphone worn 6 inches from his or her mouth to the amplifier/loudspeakers, which are located at some distance from the children. The students can be consistently closer to loudspeakers than they can be to the teacher, but not as close as a child is to the headphones of his or her personal FM receiver. Typically, sound-field FM units improve the classroom's S/N ratio by about 10 dB to 15 dB. Therefore, the decision as to which type of S/N-ratio-enhancing technology will be most appropriate depends upon the specific population of children to be served and their particular educational placements and needs.