Difference between revisions of "Behringer ECM8000 specifications"
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| − | [[File:Behringer_ECM8000_microphone.png|Behringer ECM8000]] | + | [[File:Behringer_ECM8000_microphone.png|thumb|Behringer ECM8000]] |
| + | [[File:Behringer_ECM8000_microphone_frequency_response.png|thumb|Behringer ECM8000 frequency response]] | ||
==Description== | ==Description== | ||
| − | The Behringer microphone | + | The Behringer microphone can be used for measuring frequency response curves in sound experiments. |
| + | |||
| + | *Ultra-linear condenser microphone | ||
| + | *Perfectly suited for room equalization application | ||
| + | *Exceptionally flat frequency response and ultra-high sound resolution | ||
| + | *Evenly weighted, true omnidirectional pattern | ||
| + | *Works with phantom power from +15 to +48 V | ||
| + | *Perfect for use with the Behringer ULTRACURVE or any other analyzer | ||
| + | *Ultra-low noise transformerless FET input eliminates low-frequency distortion | ||
| + | *Gold-plated 3-pin XLR connector | ||
Latest revision as of 10:14, 24 November 2023
Description
The Behringer microphone can be used for measuring frequency response curves in sound experiments.
- Ultra-linear condenser microphone
- Perfectly suited for room equalization application
- Exceptionally flat frequency response and ultra-high sound resolution
- Evenly weighted, true omnidirectional pattern
- Works with phantom power from +15 to +48 V
- Perfect for use with the Behringer ULTRACURVE or any other analyzer
- Ultra-low noise transformerless FET input eliminates low-frequency distortion
- Gold-plated 3-pin XLR connector