Bosch N/D967 Leaflet

The Electro-Voice N/D967 is a supercardioid dynamic microphone
ideally suited for vocal use in live sound reinforcement, including large
and small concert sound venues.  The characteristics of the N/D967
have been optimized to dramatically reduce feedback under live
performance conditions.  The N/D967 utilizes an optimized neodymium
alloy magnetic structure to provide unprecedented output sensitivity.

The N/DYM

® 

magnet geometry combined with a reinforced diaphragm

design forms a smooth, extended frequency response with a warm,
open and transparent sound quality.

The N/D967

 

microphone features an advanced version of the

AcoustiDYM

TM

 shock-mount system.  This unique vibration isolating

system works as a multistage device.  At low frequencies, a rear
sound wave cancels the diaphragm motion, while at high frequencies,
the specially designed rubber shock mount isolates the transducer
from motion.  Combining AcoustiDYM

TM

 with the elastomeric Warm-

Grip

TM 

handle and the windscreen bumper produces an advanced

technology, vibration isolating system which dramatically reduces all
forms of handling noise for the most demanding situations.

The N/D967 has a unique personality switch to fit the demands of live
sound.  In the normal position (

-

) the microphone exhibits a very

smooth slightly rising response.  This provides fuller sound and is
preferred where the microphone is used several inches from the lips.
In presence position (     ), the mid frequencies are slightly attenuated.
This gives the microphone more cut and clarity when used very close
to the sound source.

The microphone has a washable grille screen and two-stage pop filter
to reduce wind blast noise.  The stainless-steel retainer and hygenic
pop filter make cleaning and disinfecting the grille screen a simple
task.

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The N/D967 has a broadband supercardioid polar pattern.  Compared
to the more traditional, heart-shaped cardioid pattern, a supercardioid
pattern rejects more sound at the sides and rear overall.  These
characteristics tend to reduce feedback under live performance
conditions, particularly with typical monitor speaker placement, ensuring
superior gain-before-feedback in live applications.