Microtech Gefell M 940 dunkel bronze Condenser microphone

1216.69 GBP*

Description

Large-diaphragm condenser microphone, vocals, speech, radio plays, guitars, keyboards, percussion, wind and string instruments Condenser studio microphone with shock mount and wooden case Large diaphragm condenser microphone One of the most compact large diaphragm condenser microphones - light and easy to position Very natural and transparent sound Frequency response free of coloration Excellent transient response With fixed supercardioid polar pattern PE-diaphragm Built-in transistor amplifier Additional technical data: Acoustic mode of operation: Pressure gradient receiver Nominal impedance: 100Ohm Equivalent noise level (according to CCIR 468-4): 12dB Equivalent noise level (according to DIN EN 60268-4): 6dB-A Noise level distance CCIR-weighted (related to 1Pa at 1kHz): 82dB Noise level distance A-weighted (referenced to 1Pa at 1kHz): 88dB Limiting sound pressure level at 0.5% distortion: 141dB Maximum output level at R = 1kOhm: 17dBu Maximum output level at R = 10kOhm: 18dBu Dynamic range: 135dB Current consumption: 3,6mA Scope of delivery: 1x M 940 dark bronze 1x elastic suspension EA 93 (spider) 1x adapter A 93 1x wooden case Comparison M 930 (cardioid) & M 940 (supercardioid) Highest demands on your equipment The Microtech Gefell M 940 combines modern large-diaphragm capsule technology with the latest semiconductor circuitry. It is designed for professional and semi-professional users who place the highest demands on their equipment. What do I use it for? The microphone is particularly suitable for universal use in broadcasting and recording studios, as well as in the demanding home recording sector due to its affordable price. Possible applications are: Vocals, announcer positions, radio plays and as a support microphone for recordings of guitars, keyboard, percussion, wind and string instruments. Wide dynamic range Due to the extended dynamic range, the innovative circuit design of the impedance transformer enables the detailed transmission of low sound levels as well as the distortion-free reproduction of very high sound pressures.