Shure MX412S/C Cardioid Gooseneck Condenser Microphone - Superior Sound for Every Venue
Get crystal-clear audio with this top-notch microphone! It offers wide frequency response and accurate sound reproduction.
Designed for easy replacement and available in cardioid, supercardioid and omnidirectional polar patterns, the interchangeable cartridges are perfect for various applications. Ideal for houses of worship, courtrooms, and conference centers, they deliver exceptional sound quality.
Features
- Choose from a variety of heights and mounting styles. The S/C, S/S, and S/N models come with a silent mute switch with LED indicator - exclusive to Shure Microflex!
- Wide dynamic range and frequency response for accurate sound across the audio spectrum
- Interchangeable cartridges for the right polar pattern in every situation
- Balanced, transformerless output for less interference over long cables
- Shock mount for over 20 dB isolation from surface vibration noise
- Locking flange mount to secure the microphone firmly to lecterns, pulpits, or conference tables
- Snap-fit foam windscreen
- Programmable on/off switch and LED on/off indicator (MX412D/MX418D)
- New brighter LED for better visibility in strong ambient light (MX412D/MX418D)
- Logic input and output terminals for remote control or use with automatic microphone mixers (MX412D/MX418D)
- Supplied shock mount for over 20 dB isolation from surface transmitted noise (MX412SE/MX418SE)
- Supplied threaded flange mount to permanently attach the microphone to a lectern, pulpit, or conference table (MX412SE/MX418SE)
Specifications
- Frequency Response: 50 to 17,000 Hz
- Impedance: 180 ohms actual (EIA rated at 150 ohms)
- Phantom power required : 11 to 52 Vdc phantom, 2.0 mA
This Shure MX412S/C Cardioid Gooseneck Condenser Microphone is perfect for various settings like houses of worship, courtrooms, and conference centers. It's designed for those who need high-quality audio. The frequency response is from 50 to 17,000 Hz, impedance is 180 ohms actual (EIA rated at 150 ohms), and it requires 11 to 52 Vdc phantom power with 2.0 mA.
