Akai MPC5000 Specifications Page 138

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Sample, Keygroup and Synth Programs 124
This parameter is the level that the sample reaches when the decay portion is finished. This parameter has no effect on
samples set to ONE SHOT.
'Sus Dec' (Sustain Decay) field
This parameter determines the time it takes for the 'Sustain Decay' stage to drop to zero. If this parameter is set to 100,
the envelope will sustain for as long as the key is held down. This parameter has no effect on samples set to ONE SHOT.
'Release' field
This sets the amount of time the envelope will take to get from its current level to zero after the note has been released.
The higher the number, the longer it will take to fade out.
'V > Attack' field:
You can control the sample’s attack time by velocity. The larger you set the value, the slower the sound will start by
velocity. If you set this field to 0, the attack time is constant , regardless of the velocity.
'V > Start' field:
You can control the sample’s start point by velocity. The larger you set the value, the bigger delay the sample start point
will be by velocity. If you set this field to 0, the sample start point is constant, regardless of the velocity.
'V > Level' field:
You can control the sample’s volume by velocity. The larger you set the value, the bigger the difference of the level will be.
If you set this field to 0, the sample will be played back at the maximum level regardless of the velocity.
Filter Envelope
01. In the FILTER page of PROGRAM mode, select the pad you wish to filter by hitting it.
02. Press the F5 (FltEnv) button.
The Filter Envelope window will be displayed. This window is also available by selecting any associated filter field and pressing the [WINDOW]
button.
'Pad' field:
The selected pad will be displayed.
'Amount' field:
You can set the depth of the filter envelope. If you set this
field to a ' + ' value, the cut off frequency will start higher than
the original cut off frequency and will follow the envelope
level. If you set this field to a ' - ' value, the cut off frequency
will start lower than the original cut off frequency and go
back to the original frequency within the time set in the 'Time'
field.
'Delay' field:
This field sets the amount of time that will elapse before the envelope will affect the filter; the larger the value, the longer
the delay.
'Attack' field:
You can set the filter’s attack time in this field. The larger the value, the longer it will take for the filter to change. (Fade in)
'Decay' field:
This field sets how long a filter will fade out before the filter enters the Sustain part of the envelope.
'Sus Lvl' (Sustain Level) field
This parameter is the level that the sample reaches when the decay portion is finished. This parameter has no effect on
samples set to ONE SHOT.
'Sus Dec' (Sustain Decay) field
This parameter determines the time it takes for the 'Sustain Decay' stage to drop to zero. If this parameter is set to 100,
the envelope will sustain for as long as the key is held down. This parameter has no effect on samples set to ONE SHOT.
'Release' field
This sets the amount of time the envelope will take to get from its current level to zero after the note has been released.
The higher the number, the longer it will take to fade out.
'V>Time' field:
You can control the filter envelope time by velocity. If you set this field to a ' + ' value, the time will be closer to the time set
in the 'Time' field with higher velocity. If you set this field to a ' - ' value, it works exactly opposite. If you set this field to 0,
the time is constant by velocity.
'V>Amount' field:
You can control the depth by velocity. If you set this field to a ' + ' value, the beginning cut off frequency will start closer to
the frequency set in the 'Amount' field with higher velocity. If you set this field to a ' - ' value, it works exactly opposite. If
you set this field to 0, the depth is constant by velocity.
'V>Freq' field:
You can control the cut-off frequency with velocity. The higher the velocity, the higher the cut-off frequency. If you set this
field to 0, the cut-off frequency is constant by velocity.
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