Description
The AT4040 side-address condenser microphone features an advanced large diaphragm tensioned specifically to provide smooth, natural sonic characteristics. A marriage of technical precision and artistic inspiration, the AT4040 offers exceptionally low noise, wide dynamic range and high-SPL capability for greatest versatility. This ultra-consistent microphone may be used with confidence in a wide variety of studio and live miking applications, even under the stringent demands of digital recording systems. The AT4040s low-noise circuitry is symmetrical and transformerless, resulting in exceptional transient response and clean output signals for transparent reproduction of even the most troublesome of instruments and sound effects.
- Technically-advanced large diaphragm tensioned specifically to provide smooth, natural sonic characteristics
- Externally polarized (DC bias) true condenser design
- Exceptionally low noise, wide dynamic range and high-SPL capability for greatest versatility
- 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
- 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
- Switchable 80 Hz hi-pass filter and 10 dB pad
We offer the widest variety of Condenser Microphones, thefairestprices, and the mostfriendly service in the UAE and the Middle East. We deliver across Dubai, Abu Dhabi, Sharjah, other Emirates, Muscat, Oman, Saudi Arabia, Kuwait, and Bahrain.
Microphones | |
---|---|
Element | Externally-polarized (DC bias) condenser |
Polar Pattern | Cardioid |
Frequency Response | 20-20,000 Hz |
Low Frequency Roll Off | 80 Hz, 12 dB/octave |
Open Circuit Sensitivity | -32 dB (25.1 mV) re 1V at 1 Pa |
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