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SF-24 Stereo Acive Ribbon Microphone

No Reviews Yet Submit a Review UPC: 850035900062 Model Number: SF-24 Brand: Royer Labs
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SF-24 Stereo Acive Ribbon Microphone
Price: $3,999.00 Qty: 2+ Price: $3,771.75 each Ships FREE within 1-3 Days In Stock (Only 2 Remaining) Financing Available: Learn More

Product Description

The SF-24 stereo ribbon microphone is a phantom-powered version of our popular SF-12 stereo ribbon microphone. It combines the SF-12's high-quality audio performance, outstanding stereo separation, and imaging with our exclusive active electronics system for ribbon microphones. The SF-24's output of -38 dB is a full 14 dB more sensitive than our non-powered SF-12, putting its sensitivity on par with that of phantom powered condenser microphones. The unique electronics and custom-designed FET's used in the SF-24 allow for ultra-quiet operation, with self-noise of lower than 18 dB.
Like an SF-12, the SF-24 is actually two matched ribbon microphones placed one above the other in a coincident pair, each aimed 45 degrees from center in the classic Blumlein configuration. The magnet/pole piece structure of each ribbon transducer delivers a wide, uniform frequency response with no substantial peaks or dips, and the 1.8-micron ribbons produce superb transient response. Frequency response is excellent regardless of the angle of sound striking the ribbons and off-axis coloration is negligible.
The SF-24's extension cable comes with a Y adapter that splits into separate 3-pin male XLR connectors labeled "Upper" and "Lower" for the upper and lower capsules of the microphone (when held vertically).
Features:
* Phantom powered circuitry provides high output and impedance matching
* True stereophonic (Blumlein and M-S) recording from one microphone
* High SPL capabilities
* No distortion up to maximum SPL rating
* Extremely low residual noise
* Ribbon elements are not affected by heat or humidity
* Absence of high frequency phase distortion
* Equal sensitivity from front or back of elements
* Consistent frequency response regardless of distance
* High efficiency, matching toroidal transformers
* Very low magnetic leakage

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