Product code: Audio-Technica buy AT2035 Large Diaphragm Studio Condenser Microphone
Microphone is Untested The AT2035 Cardioid Condenser Microphone from Audio-Technica features a side-address design and can be used in critical home, project, or professional studio applications as well as live performances. The microphone offers a cardioid polar pattern for minimal feedback and off-axis noise. The element and output stage combine to produce a smooth yet natural audio quality with low noise. There is an 80 Hz high-pass filter switch for eliminating low frequency hum and other associated noises, and a -10 dB pad switch provides more headroom when capturing transient signals that may otherwise cause peak distortion. FEATURES: - Large diaphragm for smooth, natural sound and low noise - High SPL handling and wide dynamic range provide unmatched versatility - Custom shock mount provides superior isolation - Switchable 80 Hz high-pass filter buy and 10 dB pad - Cardioid polar pattern reduces pickup of sounds from the sides and rear, improving isolation of desired sound source.
Microphone is Untested The AT2035 Cardioid Condenser Microphone from Audio-Technica features a side-address design and can be used in critical home, project, or professional studio applications as well as live performances. The microphone offers a cardioid polar pattern for minimal feedback and off-axis noise. The element and output stage combine to produce a smooth yet natural audio quality with low noise. There is an 80 Hz high-pass filter switch for eliminating low frequency hum and other associated noises, and a -10 dB pad switch provides more headroom when capturing transient signals that may otherwise cause peak distortion. FEATURES: - Large diaphragm for smooth, natural sound and low noise - High SPL handling and wide dynamic range provide unmatched versatility - Custom shock mount provides superior isolation - Switchable 80 Hz high-pass filter buy and 10 dB pad - Cardioid polar pattern reduces pickup of sounds from the sides and rear, improving isolation of desired sound source.