CardioidPicks up most sound in front of the microphone and some from the sides. It is less susceptible to feedback in high volume environments.Read moreGo to the glossary, supercardioidPicks up most sound in front of the microphone and very little from the sides, making it more directional than a cardioid mic. Read moreGo to the glossary and omnidirectionalEqually sensitive to sound from all directions, but cannot be „aimed“ to isolate one area.polar patternsPolar pattern describes how well the microphone hears sound from different directions.
Select models available in black or white
Programmable, silent membrane switch
TTL Logic LED input and TTL Logic switch ouput (MX392 only)
LED indicator (MX392, MX393)
Transducer TypeA transducer converts sound into an electrical signal. The two most common types are dynamic and condenser.Read moreGo to the glossary : CondenserCondenser microphones are more sensitive, give a smooth, natural sound and need to be powered.Read moreGo to the glossary
Polar PatternPolar pattern describes how well the microphone hears sound from different directions.Read moreGo to the glossary:
Frequency ResponseThis is the range of frequencies, from the lowest to the highest, that a mic can pick up.: 50 Hz - 17 kHz
SensitivityThis is how mich signal a microphone produces for a given amount of sound.Read moreGo to the glossary (1 kHz): Half-Cardioid -29.6 dBV/Pa; Half-Omnidirectional: -21.5 dBV/Pa; Half-Supercardioid -28.3 dBV/Pa / Half-Cardioid 33.5 mV; Half-Omnidirectional: 81.4 mV; Half-Supercardioid 28.3 mV/Pa
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polar patternsPolar pattern describes how well the microphone hears sound from different directions.
