MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
MIDITEMP MP 22-W, MP 22-CD, MP 88-W, MP 88-CD, PMM 88-E, MT 16-X
95
Limiter effect
Limiter effect
Limiter effect
Limiter effect at velocity 100:
at velocity 100:
at velocity 100:
at velocity 100:
Pos1
= 1
st
stage
Threshold = 100
Below
= 1
Above
= 0
Offset
= 0
Using this curve the velocity is kept unchanged below 100 (e.g. 85 x 1 = 85). Above 100
(treshold) the “
above
“ gradient takes over. Since this is set to zero, any input velocity over 100 will
be output as 100.
Compressor effect
Compressor effect
Compressor effect
Compressor effect at velocity 20:
at velocity 20:
at velocity 20:
at velocity 20:
Pos1
= 1
st
stage
Threshold = 20
Below
= 0
Above
= 1
Offset
= 0
The opposite of example 1. Any input velocity less than 20 will be output as 20.
You can program up to eight stages in a chain. The output of stage 1 is fed to the input of
stage 2, the output of stage 2 into stage 3 and so on. The following diagram shows the resulting
curve when the previous two examples are programmed as successive stages in the same chain.
Simultaneous compressor-limiter effect:
Simultaneous compressor-limiter effect:
Simultaneous compressor-limiter effect:
Simultaneous compressor-limiter effect:
Pos1
= 1
st
stage
Threshold = 20
Below
= 0
Above
= 1
Pos2
= 2
nd
stage
Threshold = 100
Below
= 1
Above
= 0
This curve shows you only need one treshold, one below value and one above value,
because you can chain up to eight stages together.
Velocity
output value
Velocity input value
Treshhold
Velocity
output value
Velocity input value
Treshhold
Velocity
output value
Velocity input value
Treshhold 1
Treshhold 2
