Audio-Technica’s AT4060a cardioid vacuum tube condenser brings the warmth of vintage tube sound to every shade of the SPL spectrum. With a dynamic range that far exceeds that of other tube microphones, it as easily captures the subtlest nuances of vocal and instrumental performance as it handles guitar cabinets and other extreme SPL environments. Featuring hand-selected, individually tested and aged tubes, the AT4060a achieves the coveted, classic sound of valve design without compromising the specification standards required for the most demanding recording situations.
Audio-Technica takes no chances with this microphone’s consistency and reliability: every AT4060a is individually tested and inspected for 100 percent quality assurance—rare in today’s world of mass-marketed studio microphones.
AT4060a. Vintage sound, rock-solid reliability and amazing versatility for studio and live performance. From Audio-Technica’s premium line of 40 Series condenser microphones.
Vintage tube sound with the versatile performance necessary for the most demanding studio applications
Wide dynamic range, low self-noise and high max SPL capability
The 2-micron-thick, vapor-deposited gold diaphragms undergo a five-step aging process so that the optimum characteristics achieved remain constant over years of use
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
Regulated and heavily filtered heater current prevents noise contamination of audio signal chain
Hand-selected tubes are individually tested and aged to maintain peak performance
Large coupling transformer provides superior low-frequency linearity
Custom shock mount provides superior isolation
Element
Externally polarized (DC bias) condenser
Polar Pattern
Cardioid
Frequency Response
20-20,000 Hz
Open Circuit Sensitivity
-34 dB (19.9 mV) re 1V at 1 Pa
Maximum Input Sound Level
150 dB SPL, 1 kHz at 1% T.H.D.; 149 dB SPL, 1 kHz at 0.5% T.H.D.
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