MKE-2-EW-Gold
Sennheiser MKE 2 Gold Series Subminiature Omnidirectional Lavalier Microphone with Locking 3.5mm Connector & Accessories (Black)
Sennheiser MKE-2-EW-Gold - High-quality, sub-miniature omni-directional clip-on lavalier microphone. For all areas of live work. Fulfills highest demands on sound quality and ruggedness. Sweat protected by special ultralight Umbrella Diaphragm™.
MKE 2-ew-3 Gold black Art. no. 009831
Microphone with Locking 3.5mm Connector
The MKE 2 Gold sub-miniature omni-directional lavalier is ideal for television broadcast and theatrical productions. Its accurate frequency response produces natural, uncolored sound. A unique Umbrella Diaphragm delivers moisture-resistant performance with the identical high audio quality of the industry standard MKE 2 lavalier. Its size makes it not only unobtrusive and easy to conceal, but also offers a textbook perfect omni-directional polar pattern. An extremely thin low mass diaphragm exhibits extraordinary transient response. The microphone also comes with two additional sound inlet caps to tailor the high frequency as needed. Color: matte black.
- For Video/Film, Theater & Broadcasting
- Omnidirectional for Consistent Levels
- Compatible 3.5mm Transmitter List Below
- Sweat-Resistant Dual-Diaphragm Design
- Resists Contact and Rustling Noise
- Tiny Size Is Easy to Conceal
- Requires 7.5V Power
- Includes Frequency-Adjustment Caps
- Includes Windscreen & Lapel Clip
SPECIFICATIONS
Dimensions | d 4,8 mm |
---|---|
Frequency response (Microphone) | 20 - 20000 Hz +- 3 dB |
Transducer principle (Microphone) | Pre-polarised condenser microphone |
Cable length | 1.6 m |
Weight | 77 g |
Pick-up pattern | Omni-directional |
Sensitivity in free field, no load (1kHz) | 5 mV/Pa +- 3 dB |
Nominal impedance | 1000 Ω |
Min. terminating impedance | 4700 Ω |
Equivalent noise level | 26 dB |
Equivalent noise level weighted as per CCIR 468-3 | 39 dB |
Maximum sound pressure level (passive) | 142 dB |
Current consumption | ca. 250 µA |
Operating voltage (stand alone) | 7.5 V |