COS-11D - Szürke
Sanken COS-11D Miniature Omnidirectional Lavalier Mic with XLR Output (Gray)
The Sanken COS-11D Miniature Omnidirectional Lavalier Microphone is intended for professional speech capturing in sound reinforcement, presentation, theatrical, broadcast, and recording applications. Its miniature capsule yields a wide frequency response, omnidirectional polar pattern, and moisture resistant construction while measuring just 0.15" (4mm) in diameter.
Main Benefits
- RFI Rejection
- Water-Resistant
- Subminiature Capsule
- Wide Frequency Response
- Three-pin XLR Connection
- 48V Phantom Powered
Description
The capsule's miniature design makes it easily concealable in clothing or hair. The COS-11D's RFI (Radio Frequency Interference) rejection makes it impervious to noise and artifacts caused by wireless transmitters, PDAs, cell phones, and computers, making it ideal for crucial vocal capturing in professional applications. The microphone is terminated with a standard three-pin XLR connection and requires 48V phantom power.
- Overcomes digital transmitter RFI
- Water-resistant
- Durable design
- Clear and rich sound
- Improved moisture resistance
- Original vertical diaphragm design
- Optimized for the human voice
Tech Specs
| Transducer | Self-polarized condenser |
| Polar Pattern | Omnidirectional |
| Frequency Response | 50 Hz - 20 kHz |
| Dynamic Range (Typical) | Not specified by manufacturer |
| Signal-to-Noise Ratio | Not specified by manufacturer |
| Maximum Input Sound Level | 127 dB SPL (1% THD) |
| Power Requirements | +48 V (+/-4 V) Phantom power |
| Output Impedance | 180 Ohms |
| Output Connectors | Three-pin XLR |
| Pad | No |
| Low Frequency Roll-Off | No |
| Dimensions (LxDiameter) | 0.6 x 0.2" (16.1 x 4.0 mm) |
| Weight | 82 g (2.9 oz) |
Included Accessories
| HC-11 holder clip |
| WS-11 metal windscreen |
| RM-11 rubber mount (BE,WH type) RM-11-BK (BK,GY type) |
| AA battery |
| instruction manual |
| warranty card |
| vinyl case |
Graphics
Frequency Response
♦ Fig-1
Polar Pattern
♦ Fig-2
