With the continuous development of technology and the increasing needs of people, various industries are trying to find a better way to realise the functions and performance of their products.
Audio communication is an essential part of our daily life and work, and the emergence of bone conduction microphone undoubtedly brings new possibilities for audio communication. Bone conduction microphone is a kind of microphone that transmits sound through human bones, and unlike the traditional air conduction microphone, it does not damage hearing.
The principle of bone conduction microphone is to convert sound into mechanical vibration of different frequencies, and transmit sound waves through human skull, bone labyrinth, inner ear lymphatic fluid transmission, spiral apparatus, auditory nerve, and auditory centre. The advantages of this type of microphone are hearing protection, suitability for prolonged wearing and good reception.
Compared with the traditional air-conduction microphone, bone conduction microphone has the following advantages:
1. Hearing protection: Bone conduction microphones do not come into direct contact with the human ear, so they do not cause damage to human hearing. This is a very important advantage for those who need to use the microphone for a long time.
2. Suitable for long periods of time: Bone conduction microphones are usually designed to be lightweight and very comfortable to wear for long periods of time. This is a very important advantage for those who need to communicate for long periods of time.
3. Good reception: Bone conduction microphones transmit sound through the bones of the body and therefore have very good reception. This is a very important advantage for those who need audio communication in noisy environments.
4. Support for voice activity detection, rejection of voice impersonators and personalised audio: The high-performance digital bone conduction microphone V2S200D from Lonfan Electronics has a small size, high signal-to-noise ratio and low power consumption, which improves the quality of voice calls in noisy environments.
In conclusion, the emergence of bone conduction microphone brings new possibilities to the audio communication industry. It not only protects hearing and is suitable for wearing for long periods of time, but also has good reception and supports voice activity detection, rejection of vocal impersonators and personalised audio. With the continuous development of technology, we believe that bone conduction microphone will play a greater role in the audio communication industry.
