Schoeps V4 UG Studio Vocal Microphone (Gray)

The gray� V4 UG Studio Vocal Microphone from Schoeps is a microphone that features a small-diaphragm capsule architecture with a beveled collar for controlling the polar response. It has a warm, clear sonic character with a smoothly rolled-off diffuse-field response. The capsule head has an adjustable tilt angle, while the optimal on-axis frequency response features a mild, high-frequency lift. At high frequencies, this studio vocal microphone delivers a smooth polar response with carefully controlled narrowing of the pattern and a diffuse-field response parallel to the 0� response with a gentle roll-off. The mic offers a high maximum sound-pressure level.

General

Small-diaphragm capsule architecture with a beveled collar for controlling the polar response

Warm, clear sonic character with a smoothly rolled-off diffuse-field response

Capsule head with an adjustable tilt angle

Optimal on-axis frequency response featuring a mild high-frequency lift

Smooth polar response; carefully controlled narrowing of the pattern at high frequencies

Diffuse-field response parallel to the 0� response, with a gentle roll-off at high frequencies

Offers a high maximum sound-pressure level

Capsule

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

Electronics

Bridge-type balanced-output circuit

Maximum sound pressure level of 144 dB SPL, corresponding to an output level of 4.8V

Output stage is transformerless and free of coupling capacitors

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