EasyManua.ls Logo

Phonic MM1705a - 2: Glossary

Phonic MM1705a
24 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
PHONIC CORPORATION
Page 23
MM1705a USER
S MANUAL
Polarity
The positive and negative poles of an audio connec-
tion. Usually connections are made with positive to
positive and negative to negative.
Post-fader
The point in the signal path after the monitor or mas-
ter fader and therefore affected by fader position.
Pre-fader
The point in the signal path before the monitor or mas-
ter fader and therefore not affected by fader position.
Roll off
A fall in gain at the extremes of the frequency re-
sponse.
Shelving
An equalizer response which affects all frequencies
above or below the break frequency.
Stereo return
An input specifically for the receiving of other external
devices.
Transient
A temporary rise in the signal level.
Unbalanced
A single wire audio connection method that uses a
screen as a signal return. This method does not pro-
vide the noise immunity of a balanced input.
+48V
the phantom power supply for channel mic inputs, for
condenser microphones and active DI boxes.
Feedback
A howling sound caused by placing a microphone
too close to a loudspeaker driven from its amplified
signal.
Frequency response
The variation of frequencies in a device.
Gain/input sensitivity
The variation in signal level.
Highpass filter
A filter that rejects low frequencies.
Insert
A break point for the connection of an external de-
vice in the signal path. For example, signal proces-
sors or another mixer.
Pan
Or panorama; controls levels sent to left and right
outputs.
Peaking
A bandpass response of an equalizer response curve
affecting only one band of frequencies.
PFL (Pre-fader-Listening)
A function that allows the operator to monitor the
pre-fade signal on an independent channel of the main
mix.
Phase
A term used to describe the relationship between 2
signals. Signals that reinforce each other are In-
phase; signals that cancel each other are out-of
phase.
APPENDIX

Related product manuals