Audio Technica AT4047MP Multipattern version of the AT4047

Description

AUDIO TECHNICA

AT4047MP

OUTSIDE U.S. AND CANADA:

For a precise amount for shipping to your specific country email us.

Multi-pattern Condenser Microphone

Three switchable polar patterns: cardioid, omnidirectional, figure-of-eight

Engineered to meet the critical acoustic requirements of professional recording, broadcast and sound reinforcement

Transformer-coupled output and specially tuned element provide sonic characteristics reminiscent of early F.E.T. studio microphone designs

Exceptionally low self-noise, wide dynamic range and high SPL capability

Dual-diaphragm capsule design maintains precise polar pattern definition across the full frequency range of the microphone

Precision-machined, nickel-plated brass, acoustic element baffle provides enhanced element stability and optimal sensitivity

Vintage silver-matte finish on microphone and shock mount

Open acoustical environment of the symmetrical housing assembly minimizes unwanted internal reflections

Custom shock mount provides superior isolation

Integral 80 Hz high-pass filter switch and 10 dB pad switch

Certified by the METAlliance (Music Engineering and Technology Alliance)

Features

Audio-Technica’s AT4047MP delivers vintage sound in a multi-pattern design with selectable omnidirectional, cardioid, and figure-of-eight polar patterns. The microphone’s transformer-coupled output and specially tuned element provide sonic characteristics reminiscent of early F.E.T. studio microphone designs. With a wide dynamic range, incredibly low self-noise and high SPL capability, this versatile microphone excels on vocals, strings, acoustic guitar, instrument ensembles, small vocal groups and voiceovers.

Specifications

Microphones

Element : Externally-polarized (DC bias) condenser

Polar Pattern : Cardioid, Omnidirectional, Figure-of-eight, Multi-pattern

Frequency Response : 20 – 18,000 Hz

Low Frequency Roll Off : 80 Hz, 12 dB/octave

Open Circuit Sensitivity : -42 dB (7.9 mV), re 1V at 1 Pa