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Anne / Denmark den 07.09.2011

Online Guide Stage Vocal Mics
Introduction

 

There are many vocal
MicrophoneA device which converts airborne sound into an electrical signal.
microphones
that are suitable for stage use, from the cheapest dynamic to the most expensive condenser. You might assume that the more you spend on a
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
, the better result you’ll achieve, so why is it that a live sound engineer’s first choice is often a relatively inexpensive model? The reason is, that unlike studio
MicrophoneA device which converts airborne sound into an electrical signal.
microphones
, where the ‘you get what you pay for’ rule generally holds true, when it comes to mics for live performance there are several factors to bear in mind, other than simply optimum
AudioGenerally used to mean "sound"; technically it describes periodic fluctuations of air pressure or electrical energy at frequencies and amplitudes within the human range of hearing; sound, or electrical energy that represents sound; acoustic, mechanical, or electrical frequencies corresponding to normally audible sound waves.
audio
fidelity. Venues you might perform at will vary in size, temperature and acoustic, not to mention such vital aspects as the quality of the dressing rooms and the size of the courtesy limo to the hotel! All of these factors will affect the ability to achieve a good vocal sound, and so a compromise is made to ensure that the vocal gets across to the audience in simplest and most direct way.

Sänger

This often comes down to the most basic of choices - a
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
that is rugged, straightforward in design and so less likely to go wrong, and also inexpensive to replace should it get lost or stolen. As singers on stage often
SustainA general term with various specific meanings in music/audio production: 1) In general terms, how well an instrument's sound persists once played. 2) The third part of the ADSR envelope used by many synthesisers, Sustain ('S') determines to what volume a note decays after it is triggered, but before the key is released. (Decay 'D' controls how fast this happens) 3) The piano pedal which removes the dampers from the strings, so that notes will continue to sound even after the keys have been released. This is implemented in MIDI as a specific message with 2 possible values: 127 (pedal down) and 1 (pedal up).
hold
the
MicrophoneA device which converts airborne sound into an electrical signal.
mic
in their hand, a less sensitive design that won’t pick up handling
DistortionIn most cases distortion is an undesirable alteration to a signal which occurs when a piece of equipment is driven with a input level that is too high for its operating level. Sometimes, as in the case of guitar distortion, this can be an intentional and desirable effect.
noise
and the movement of the singer is also an important consideration. You’ll often find the same
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
used for other ‘instruments’ in the band so that there are fewer different mics for the engineer to use, as the same philosophy applies all round when it comes to live sound – keep it simple! On the other hand, if you have a residency at a cocktail
BarA fundamental unit of musical form consisting of a number of beats, usually 4 or 3, as defined by the time signature.
bar
accompanied solely by a pianist for instance, and so have more control over your environment, you might feel that the more intimate surroundings would suit a higher quality
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
.

Whatever the circumstances, it’s important to know which
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
designs are available and how each of them works, so that you can make the most informed choice. To start with, we’ll look at some
MicrophoneA device which converts airborne sound into an electrical signal.
microphone
basics:

 

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Inholdsfortegnelse:

[Indhold] [Introduction] [Microphone Designs] [Directional Characteristics] [Understanding Specifications] [FAQ] [Hotdeals] [Conclusion and Feedback]
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