FB-LW-31458-000

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Microphones

Microphones, also known as mics, are transducers that convert sound into electrical signals. While usually referring to a vocal microphone, a microphone can be any type of transducer that converts sound into electrical signals.

The FB-LW-31458-000 microphone is a miniature omni-directional lavalier microphone designed for speech, speech recognition, teleconferencing, and recording applications. It is a condenser microphone that measures sound pressure acting on its diaphragm, allowing it to capture a variety of signals including conversations, lectures, and announcements. It is designed for use in both mobile and stationary locations.

Application Field

The FB-LW-31458-000 is an ideal microphone for applications that require different sound intensity levels to be picked up. This type of microphone is highly popular in the field of broadcast, specifically in television and radio stations. It is also used in teleconferencing, where it serves as an excellent tool to help transmit sound clearly and precisely from one end to the other. Additionally, it is the workhorse of many home recording studios due to its wide frequency response and affordability.

This microphone is suitable for a variety of sound reinforcement applications such as speeches, lectures, and public address systems. It is capable of handling loud sound sources with clarity and preserving the full sound spectrum. The microphone is robust enough to be used outdoors, and has been commonly used in live outdoor concerts and events.

Working Principle

The FB-LW-31458-000 is a condenser microphone, meaning that it works by using an electrically charged diaphragm to sense sound pressure variations. When exposed to sound, the diaphragm vibrates, which causes changes in the electrical charge in the condenser. The amount of charge produced is proportional to the sound pressure level and is then converted into an electrical voltage. This voltage is then sent down the microphone’s output cable to be processed as audio.

The most important component in a condenser microphone is the diaphragm, which is held in a static electrical field. When sound waves enter the microphone, the diaphragm is caused to vibrate, which causes the static electric field to be modulated. This modulation is translated into an electrical signal by the integrated circuit. The microphone\'s output is therefore a representation of the sound pressure waves.

Conclusion

The FB-LW-31458-000 microphone is an omni-directional condenser type microphone that is specifically designed for speech, speech recognition, teleconferencing, and recording applications. It is suitable for many sound reinforcement applications, such as speeches, lectures, and public address systems. This type of microphone is popular in broadcast, teleconferencing, and home recording studios due to its wide frequency response and affordability. The working principle of a condenser microphone involves a diaphragm being held static in an electrical field and modulated by sound pressure waves to produce an electrical voltage, which is then processed as audio.

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