It is hard to believe that such small, unobtrusive microphones
can produce such great sound, but it's true. MX202 Microflex®
Overhead condenser microphones capture high-quality sound in a compact,
adjustable package. Each model features a choice of interchangeable
cardioid or supercardioid condenser microphone cartridges attached to a
flexible, four inch gooseneck. Cardioid mic comes w/ 30' mic cable, in-line preamp, stand
adapter.
Wide dynamic range and frequency
response for accurate sound reproduction across the audio spectrum
Interchangeable cartridges that provide an optimal polar
pattern choice for each application
Balanced,
transformerless output for increased immunity to noise over long cable
runs
Supplied stand-mount adapter for
portable applications (in-line preamplifier versions only)
White or black finish that blends
unobtrusively with most surroundings
Preamp
options available offer easy installation in ceilings or microphone
stands
When combined with the high
sensitivity cartridge's wide frequency response, these microphones
provide accurate sound reproduction with minimum RF interference or
electromagnetic hum
Frequency Response
50 to 17,000 Hz
Output Impedance
180
ohms actual (EIA rated at 150 ohms)
Sensitivity (At 1,000
Hz, open circuit voltage*)
Cardioid: -35.0 dBV/Pa (17.8 mV)
Supercardioid: -33.5 dBV/Pa (21.1 mV)
Omnidirectional:
-27.5 dBV/Pa (42.2 mV)
All values -12 dB at 0 gain; *1
Pascal = 94 dB SPL
Maximum SPL (1 kHz at 1% THD,
1 k ohm load)
Cardioid: 124.2 dB
Supercardioid: 122.7
dB
Omnidirectional: 116.7 dB
All values +6 dB
at 0 gain
Equivalent Output Noise (A-weighted)
Cardioid:
28.0 dB SPL
Supercardioid: 26.5 dB SPL
Omnidirectional:
20.5 dB SPL
Signal to Noise Ratio (referenced at 94 dB SPL)
Cardioid:
66.0 dB
Supercardioid: 67.5 dB
Omnidirectional: 73.5
dB
Dynamic Range at 1 k ohm load
96.2 dB
100 dB at 0 gain
Common Mode
Rejection
45.0 dB minimum
Preamplifier Output
Clipping Level (1% THD)
-6.0 dBV (0.5 V)
-12 dBV at 0 gain
Polarity
Positive
sound pressure on diaphragm produces positive voltage on pin 2 relative
to pin 3 of output connector.