Main Features
- Optimized for Digital Transmission
- XLR Connector
- AA Battery Powered
- Shielded RF Noise Protection
- Omnidirectional Polar Pattern
- Water Resistant
- Superb Frequency Response
- Black
Main Features
- Optimized for Digital Transmission
- XLR Connector
- AA Battery Powered
- Shielded RF Noise Protection
- Omnidirectional Polar Pattern
- Water Resistant
- Superb Frequency Response
- Black
-
What's in the box
- HC-11 holder clip
- WS-11 metal windscreen
- RM-11 rubber mount
- AA battery
- instruction manual
- warranty card
- vinyl case
Sanken COS-11D Omnidirectional Lavalier Microphone with XLR (Black)
The Sanken COS-11DBP Miniature Lavalier Microphone delivers the audio performance that meets the standards of digital wireless microphone transmitters. The COS-11DBP addresses the noise issues associated with digital in order to ensure a pristine audio signal. The wide frequency response ensures accurate, transparent audio reproduction and its omnidirectional polar pattern provides a generous pickup area while minimizing feedback and off-axis noise.
An improved water-resistant mesh screen protects against humidity, perspiration, makeup, bad weather, etc. The miniature profile of the lavalier makes it an ideal solution for professional theater, video recording, film and broadcast applications.
- Optimized for Digital Transmission
- The COS-11DBP addresses the noise issues associated with digital in order to ensure a pristine audio signal.
- 3-pin XLR Connections
- The COS-11DBP features a 3-pin XLR connection that houses a AA battery. This version is capable of +48V to +52V phantom or battery operation.
- Meets High Definition Audio Standards
- The wide frequency response, low noise and transparent audio reproduction meet the demands of high-definition audio sound-reinforcement and recording systems.
- Omnidirectional Polar Pattern
- The omnidirectional polar pattern provides a generous pickup area while minimizing noise and feedback at the off-axis sections.
- Water Resistant Mesh Screen
- The improved mesh screen protects the element against moisture damage.
- Miniature Profile
- The miniature profile of the lavalier makes it an ideal solution for professional theater, video recording, film and broadcast applications.
What's in the box
- HC-11 holder clip
- WS-11 metal windscreen
- RM-11 rubber mount
- AA battery
- instruction manual
- warranty card
- vinyl case
Sanken COS-11D Omnidirectional Lavalier Microphone with XLR (Black)
The Sanken COS-11DBP Miniature Lavalier Microphone delivers the audio performance that meets the standards of digital wireless microphone transmitters. The COS-11DBP addresses the noise issues associated with digital in order to ensure a pristine audio signal. The wide frequency response ensures accurate, transparent audio reproduction and its omnidirectional polar pattern provides a generous pickup area while minimizing feedback and off-axis noise.
An improved water-resistant mesh screen protects against humidity, perspiration, makeup, bad weather, etc. The miniature profile of the lavalier makes it an ideal solution for professional theater, video recording, film and broadcast applications.
- Optimized for Digital Transmission
- The COS-11DBP addresses the noise issues associated with digital in order to ensure a pristine audio signal.
- 3-pin XLR Connections
- The COS-11DBP features a 3-pin XLR connection that houses a AA battery. This version is capable of +48V to +52V phantom or battery operation.
- Meets High Definition Audio Standards
- The wide frequency response, low noise and transparent audio reproduction meet the demands of high-definition audio sound-reinforcement and recording systems.
- Omnidirectional Polar Pattern
- The omnidirectional polar pattern provides a generous pickup area while minimizing noise and feedback at the off-axis sections.
- Water Resistant Mesh Screen
- The improved mesh screen protects the element against moisture damage.
- Miniature Profile
- The miniature profile of the lavalier makes it an ideal solution for professional theater, video recording, film and broadcast applications.