Shure MX185 lavalier clip microphone
Shure MX185 lavalier clip microphone, condenser, cardioid, TA4F plug, 1.5m cable, incl.RK100PK preamp TA4F / XLR 3pol
The MX185 is a professional lavalier microphone with a condenser capsule and cardioid polar pattern. It is ideal for language acceptance. The cardioid blocks out background noise and reduces feedback. The directional characteristic can be changed by exchanging the capsule.
characteristics
- High quality lavalier microphone for use in noisy environments
- Condenser capsule with a natural, clear sound
- Cardioid pattern suppresses background noise and reduces feedback
- Linear frequency response
- Very high speech intelligibility
- Exchangeable microphone capsule to change the directional characteristic, either supercardioid (R184B) or omnidirectional (R183B)
- Rotatable tie clip that can be rotated at 90 ° intervals for flexible attachment
- Supplied snap-on windshield made of foam, which suppresses breathing noises and snaps securely into place
- Balanced, transformerless output for increased noise immunity with long cable runs
- Supplied double tie clips hold two microphones for double recording procedures
Technical specifications
- Frequency range: 50 Hz - 17 kHz
- Frequency response: Contoured
- Sensitivity: -35.00 dBV / Pa - 17.00 mV / Pa
- Equivalent self-noise: 28 dB (A)
- Maximum sound pressure: 124.2 dB dB
- Converter type: capacitor
- Directional characteristic: cardioid
- Switchable low cut: No.
- Connections: XLR
- Attenuator: No.
- Interchangeable capsule: No.
- Headphone output: No.
- Requires phantom power: 11 - 52 VDC
- Capsule: exchangeable
- Weight: 0.129kg
scope of delivery
- including RK100PK preamp TA4F / XLR 3pol
Shure MX185 lavalier clip microphone
Shure MX185 lavalier clip microphone, condenser, cardioid, TA4F plug, 1.5m cable, incl.RK100PK preamp TA4F / XLR 3pol
The MX185 is a professional lavalier microphone with a condenser capsule and cardioid polar pattern. It is ideal for language acceptance. The cardioid blocks out background noise and reduces feedback.