SF-2

2629 €

Common name: Royer Labs SF-2

Production Status: In production

The SF-2 ribbon microphone is a phantom-powered version of the original Royer SF-1 ribbon microphone featuring a 1.8-micron element. Designed primarily for classical applications and acoustic instruments, the SF-2 combines high-quality audio performance with active electronics. The SF-2’s output of -38 dB puts its sensitivity on par with that of phantom powered condenser microphones, allowing it to be used with a wide variety of mic pre’s regardless of gain characteristics. The unique electronics and custom designed FET’s used in the SF-2 deliver ultra-quiet operation, with self-noise of lower than 18 dB. The SF-2 contains a fully balanced, discrete head amplifier system which with a specially wound toroidal transformer and ultra-low noise FET. The SF-2’s electronics create no additional self-noise. All of the SF-2’s higher output comes from its large, specially wound toroidal transformer and the phantom powered system operates at less than unity, adding no noise of its own. Due to its low-impedance output, SF-2’s can be used on extremely long cable runs with minimal signal loss. The SF-2 is ideal for recording many sources including choir, woodwinds, flute, violin, cello, brass, string, woodwind sections, piano, harp, orchestra, acoustic guitar, mandolin, banjo, percussion instruments, vocals, and drum overheads.

 

Electrical Characteristics

Frequency Response
30Hz - 15 kHz
Output Sensitivity
12.5 mV/Pa
Max SPL
130
Max SPL, THD:
Self Noise (CCIR)
dB
Self Noise (DIN/IEC)
18 dB-A
Output Impedance
200Ω
Recommended Load
1.5kΩ
Powering
Phantom 48 only
Supply Current
4 mA
Alternative Powering

Switchable Options

Pad
Filter/EQ

Physical Characteristics

Connector
XLR-3M
Connector notes
Available Colours
Matte black
Weight
448 g
Length
142 mm
Min diameter width
25 mm
Max diameter
39 mm
Depth

Accessories

Included
Carrying case. Shok-mount. Microphone sock.
Optional
Deluxe Kit: carrying case. RSM shock-mount, wooden case, 20-foot XLR cable.