The M 300 is a compact cardioid condenser microphone of studio quality. This miniature microphone is well suited for vocal and instrumental soloists.
The frequency response of the transmission factor is practically linear for a wide range of sound incidence and has a smooth treble boost rising to about 3 dB between 6 and 10 kHz. lt permits a lifelike recording also at various sound incidence, e.g. announcer in synchronous studios, speaker, blower.
The M 300 is designed for studio applications in radio, television broadcasting and films for live performance and recording of instruments, vocals and speech and sound reinforcement in the professional and semiprofessional market also under adverse acoustic conditions, e.g. in churches.
A new low-noise integrated hybrid circuit and the transformer-less circuit design guarantee an extremely wide dynamic range by a low equivalent loudness level and a high reliability in operation.
RFI susceptibility is very low.
The microphone is powered by a 3-pin XLR connector with the C 70 microphone cable. The power supply is provided by 48 V phantom powering, which is internationally standardized as P 48 in DIN 45596 and IEC 268-15. A two-channel powering is possible with the N 200 power supply.
The finish of the miniature microphone is dark bronze.
lt is recommendable at close-talking to use the wind screen W 20.
Transformerless outputModern small membrane capsulePolar pattern: Cardioid
Polar pattern: Cardioid
Acoustical operating principle: Pressure gradient transducer
Frequency range: 40 ... 18000 Hz
Sensitivity at 1 kHz: 12 mV / Pa
Output impedance: 100
Equivalent loudness level due to inherent noise:
CCIR 468-4: 26 dBDIN EN 60651: 16 dB - A
Signal-to-noise-ratio (re. 1 Pa at 1 kHz):
CCIR-weighted: 68 dBA-weighted: 78 dB
Max. SPL for THD 0,5 %: 147 dB
Total dynamic range of the microphone amplifier: 131 dB
Current consumption (P 48, DIN 45596, IEC 268-15): 3,3 mA
3-pin XLR-connectorgold plated contacts
Weight: 126 g
Dimensions (L x Ø ): 130 mm x 21 mm
Manufacturer Part Number : 211101