Sanken COS-11D Omni Lavalier Microphone with Normal Sensitivity & 3.5mm Locking Sennheiser Connector (with Accessories, Black)

Sanken COS-11D Omni Lavalier Microphone with Normal Sensitivity & 3.5mm Locking Sennheiser Connector (with Accessories, Black)

Sanken COS-11D Omni Lavalier Microphone with Normal Sensitivity & 3.5mm Locking Sennheiser Connector (with Accessories, Black)

The Sanken COS-11D Miniature Lavalier Microphone delivers the audio performance that meets the standards of high-definition audio systems. 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.


Key Features
 
• 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.

 

Transducer Self-polarised Condenser

Polar Pattern Omnidirectional

Frequency Response 50Hz - 20kHz

Dynamic Range (Typical) Not Specified By Manufacturer

Signal-to-Noise Ratio 28dB-A

Maximum Input Sound Level 127dB

Power Requirements +12V to +52V

Output Impedance 180 ohms

Output Connectors None - Cable stripped end No connector

Pad No

Low Frequency Roll-Off No

Dimensions (LxDiameter) 0.63 x 0.15" (16.1 x 4mm)

Weight 82g