Shure Incorporated
Cardioid Subminiature Condenser Lavalier Microphone, Black 5 Attached Cable, Detachable Preamp with XLR
This Shure model MC51 (unidirectional) is an subminiature, electret condenser lavalier microphones and it provides uncompromised sound quality and high reliability with minimal visibility in sound reinforcement applications such as television broadcasting and stage performances. Despite its small size, the microphone's condenser element provides full, clear and natural reproduction of speech. Each microphone is supplied with two foam windscreens to minimize wind noise. The supplied mounting accessories consist of a lapel clip, a tie clip, a pin mount, and a magnet mount, giving the user a wide variety of options for placement.
Extended frequency response with user changeable equalization caps for response shaping (omni only)
Low visibility with a variety of options for mounting
Offered in black and white with matching accessories
Low handling noise
Legendary Shure quality, ruggedness, and reliability
Shure Incorporated
Cardioid Subminiature Condenser Lavalier Microphone, Black 5 Attached Cable, Detachable Preamp with XLR
This Shure model MC51 (unidirectional) is an subminiature, electret condenser lavalier microphones and it provides uncompromised sound quality and high reliability with minimal visibility in sound reinforcement applications such as television broadcasting and stage performances. Despite its small size, the microphone's condenser element provides full, clear and natural reproduction of speech. Each microphone is supplied with two foam windscreens to minimize wind noise. The supplied mounting accessories consist of a lapel clip, a tie clip, a pin mount, and a magnet mount, giving the user a wide variety of options for placement.
- Extended frequency response with user changeable equalization caps for response shaping (omni only)
- Low visibility with a variety of options for mounting
- Offered in black and white with matching accessories
- Low handling noise
- Legendary Shure quality, ruggedness, and reliability
