Audio Technica AT4033a Transformerless Cardioid Studio Condenser Microphone

Description

Cardioid Condenser Microphone – AT4033a

OUTSIDE U.S. AND CANADA:

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The latest edition of the legendary AT4033 microphone, the side-address AT4033a offers low-noise, symmetrical, transformerless circuitry that results in exceptional transient response and clean output signals. A studio classic and bluegrass favorite, the AT4033 cardioid studio condenser is the microphone that broke the US$1000-barrier in its class. A strong up-front presence characterizes the sonic signature of this 40 Series pro-audio classic. The AT4033a’s 80Hz high-pass filter easily switches between flat frequency response and a low-end roll-off that diminishes ambient noise and popping with closely-miked vocals. Includes the AT8449a shock mount for superior isolation.

*The AT4033a is the same microphone as the AT4033/CL. The AT4033a comes equipped with the AT8449a shock mount whereas the AT4033/CL included the AT8449 shock mount.*

Features

Transformerless circuitry virtually eliminates low-frequency distortion and provides superior correlation of high-speed transients

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

The 2-micron-thick, vapor-deposited gold diaphragm undergoes a five-step aging process so that the optimum characteristics achieved remain constant over years of use

Floating-construction capsule assembly provides isolation from noise and vibration

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

State-of-the-art surface-mount electronics ensure compliance with A-T’s stringent consistency and reliability standards

Custom shock mount provides superior isolation

Specifications

Microphones Element

Fixed-charge back plate, permanently polarized condenser

Polar Pattern : Cardioid

Frequency Response : 30-20,000 Hz

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

Open Circuit Sensitivity : -32 dB (25.1 mV) re 1V at 1 Pa