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Featuring a retro look inspired by the vintage CM 51/3 mic and top-shelf internals resulting from extensive development, the blue Schoeps V4 U is a cardioid studio condenser microphone that combines the transparency of…
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Featuring a retro look inspired by the vintage CM 51/3 mic and top-shelf internals resulting from extensive development, the blue Schoeps V4 U is a cardioid studio condenser microphone that combines the transparency of small-diaphragm capsule architecture with the narrowed high-frequency polar response of a large-diaphragm mic. The result is a premier transducer that delivers pleasing tonality (on- and off-axis) for sources ranging from vocals to an array of acoustic instruments.
With a priority on clarity and clean sound, the V4 U utilizes a transformerless output stage devoid of coupling capacitors. Extraneous handling noise is reduced by the capsule's internal elastic suspension, and the RFI filter and gapless shielding yield excellent resistance to interference. The capsule head can be tilted ±20 degrees to ensure optimal positioning with ease. The V4 U is compatible with stand clamps and shockmounts (available separately).
Small-diaphragm capsule architecture with a beveled collar for controlling the polar response
Diffuse-field response parallel to the 0° response, with a gentle roll-off at high frequencies
A 33mm beveled collar causes the capsule's directivity to increase steadily and smoothly at high frequencies, as in a large-diaphragm microphone
The acoustic qualities of a small-diaphragm capsule like smooth frequency and polar response are maintained
The capsule is elastically suspended internally to reduce handling noise and other solid-borne sound
Maximum sound pressure level of 144 dB SPL, corresponding to an output level of 13 dBV (4.8V)
The resulting output impedance is low and constant with frequency, while the symmetry is high
Symmetrical, balanced output; the entire audio circuit is symmetrical from the output of the FET onward
High immunity to interference, with gapless shielding and a modern RFI filter at the output; good electromagnetic compatibility
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