Audio-Technica – ATM350UL Cardioid Condenser Instrument Microphone w/ Universal Long Clip-on Mounting System

Designed for use with brass, saxophone and other instruments, the ATM350UL UniMount mounting system gives you the tools to perform with confidence. The system features the ATM350a cardioid condenser microphone, a high-SPL mic that provides a clear, well-balanced response from any instrument.

When teamed with the included AT8491U universal clip-on mount and strong, flexible AT8490L 9″ gooseneck, the mic can be clipped securely to the bell of your instrument and positioned to stay where you want it the gooseneck wont flop around no matter how aggressively you move the instrument as you play. The microphones cardioid polar pattern isolates the instrument by reducing side and rear pickup, and the switchable 80 Hz high-pass filter on the in-line power module helps control undesired low-frequency noise. The system also includes an AT8468 violin mount with hook-and-loop fastener and a protective carrying case.

Features

• Low-profile mic design for minimum visibility
• Crisp, clear, well-balanced microphone response, even at high SPLs
• Cardioid polar pattern reduces pickup of sounds from the sides and rear, improving isolation of desired sound source
• UniMount universal clip-on mount attaches securely to instrument bell and provides excellent shock resistance for the microphone
• Rugged UniMount 9″ gooseneck rigidly holds its shape, keeping microphone accurately positioned even during aggressive play
• In-line power module is equipped with a switchable 80 Hz high-pass filter to control undesired ambient noise
• Interchangeable elements available for hypercardioid and omnidirectional polar patterns
• Included violin mount with hook-and-loop fastener provides an additional mounting option

Specs

Microphones Element Fixed-charge back plate, permanently polarized condenser Polar Pattern Cardioid Frequency Response 40 20,000 Hz Low Frequency Roll Off 80 Hz, 12 dB/octave Open Circuit Sensitivity 49 dB (3.5 mV) re 1V at 1 Pa