Audio Technica AT5047 Transformer Coupled Output Cardioid Studio Condenser Microphone

Description

AUDIO TECHNICA

AT5047 Cardioid Condenser Microphone

OUTSIDE U.S. AND CANADA:

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The AT5047 is a premier studio microphone that is equally at home with vocals and instruments. Boasting an exceptionally wide dynamic range – the greatest among all Audio-Technica microphones – the AT5047 captures the full, expressive character of a sound source, no matter how loud or how soft.

Specs

Cardioid Pattern

Condenser

Quad Rectangular

Diaphragm

Included

Shockmount

AT5047 microphone being hand-built

Individually Inspected

Each AT5047 microphone is hand-assembled and individually inspected to guarantee the highest quality.

AT5047 microphone element close-up

Exceptional Transient Response

Four-part Rectangular Element

Four exquisitely matched ultra-thin diaphragms function together as Audio-Technica’s largest-ever element for low noise with exceptional transient response.

Features

Exceptionally wide dynamic range captures the full, expressive character of instruments and voices – from the caress of drum brushes to powerful vocal performances

Four rectangular diaphragms (2 micron) function together to provide a combined surface area twice that of a standard one-inch circular diaphragm

Discrete components carefully selected and optimized for maximum performance and compatibility with standalone microphone preamps and console inputs

Transformer-coupled output provides smooth sonic character

Hand assembled and inspected for 100% quality control

Advanced internal shock mounting decouples the capsule from the microphone body

Elegant, durable housing of aluminum and brass

Included advanced-design custom AT8480 shock mount provides superior isolation

Custom hard-shell carrying case with die-cut foam compartments offers protection during storage and transport

Specifications

Element : Fixed-charge back plate, permanently polarized condenser

Polar Pattern : Cardioid

Frequency Response : 20 – 20,000 Hz

Open Circuit Sensitivity : -29 dB (35.5 mV) re 1V at 1 Pa

Maximum Input Sound Level : 148 dB SPL, 1 kHz at 1% T.H.D.