Digitech gsp2101 用户手册
Each delay Module has a number that immediately follows the name. These numbers represent
the amount of delay time in seconds available to each Module. For example, if the Module name
shown in the display reads 4TDLY 0.5, you know that the Module is a 4-tap delay with a maxi-
mum of .5 seconds (or 500 milliseconds) of delay time available.
the amount of delay time in seconds available to each Module. For example, if the Module name
shown in the display reads 4TDLY 0.5, you know that the Module is a 4-tap delay with a maxi-
mum of .5 seconds (or 500 milliseconds) of delay time available.
The available delay time ranges are 0.5 (500 milliseconds), 1.0 (1000 milliseconds), 2.0 (2000
milliseconds), and 5.0 (5000 milliseconds). Each Delay type appears once in each delay time
range (with the exception of SDLY, which does not appear in the 5.0 category). Delay
Parameters are as follows:
milliseconds), and 5.0 (5000 milliseconds). Each Delay type appears once in each delay time
range (with the exception of SDLY, which does not appear in the 5.0 category). Delay
Parameters are as follows:
Effect On / Off: Turns the Module on or off. When the Module is turned off, its
Parameters are not displayed, and signal will not continue to pass through the module.
To see the Parameters, you must turn the Module on.
Parameters are not displayed, and signal will not continue to pass through the module.
To see the Parameters, you must turn the Module on.
Delay Time (Tap #): Controls the delay time of the tap indicated in the display. If no
tap number is shown, this Parameter controls the overall delay time of the Module.
DELAY TIMEs are editable in two different ranges to give the most flexibility and accu-
racy in the least amount of scrolling time. If you turn the Data wheel when the cursor is
in the hundred milliseconds position (one place to the right of the decimal), you will
increase or decrease the delay time in increments of 100 milliseconds. Pressing the
Parameter’s Function key moves the cursor to the third position to the right of the deci-
mal point, or milliseconds position. Each click of the Data wheel from this position
increases the delay time in single millisecond steps. Using this method of ranging allows
you to scroll rapidly to large-value delay times without having to wait for the unit to
scroll to it in single millisecond steps. Variable from 0.000 sec. to 5.000 sec.
tap number is shown, this Parameter controls the overall delay time of the Module.
DELAY TIMEs are editable in two different ranges to give the most flexibility and accu-
racy in the least amount of scrolling time. If you turn the Data wheel when the cursor is
in the hundred milliseconds position (one place to the right of the decimal), you will
increase or decrease the delay time in increments of 100 milliseconds. Pressing the
Parameter’s Function key moves the cursor to the third position to the right of the deci-
mal point, or milliseconds position. Each click of the Data wheel from this position
increases the delay time in single millisecond steps. Using this method of ranging allows
you to scroll rapidly to large-value delay times without having to wait for the unit to
scroll to it in single millisecond steps. Variable from 0.000 sec. to 5.000 sec.
Feedback (Tap #): Controls the amount of feedback, or number of repeats, in the delay
line. In multi-tap delays, this Parameter controls the feedback amount of the last tap in
the series. Variable from 0 (Off) to 100%. See fig. 3-9.
line. In multi-tap delays, this Parameter controls the feedback amount of the last tap in
the series. Variable from 0 (Off) to 100%. See fig. 3-9.
LFO Speed: Controls the speed of the modulation sweep. Variable from .06 Hz to 16.00
Hz. This Parameter appears only in Modulated Delays.
Hz. This Parameter appears only in Modulated Delays.
LFO Depth: Sets the sweep depth (intensity) of the delay modulation. Variable from
0.00 to 40.00 milliseconds. This Parameter appears only in Modulated Delays.
0.00 to 40.00 milliseconds. This Parameter appears only in Modulated Delays.
LFO Waveform Type: Controls the LFO (low-frequency oscillator) waveform pattern of
the delay modulation effect. SINE produces a smooth sine wave-type modulation with
even transitions in and out of turnaround points. TRIANGLE is a linear modulation
effect, and ramps the pitch of the wave up and down with no slowing at turnaround
points. LOGARITHMIC and EXPONENTIAL waveforms are more dramatic in their
effect on the signal, producing a type of bouncy oscillation. This Parameter appears only
in Modulated Delays.
the delay modulation effect. SINE produces a smooth sine wave-type modulation with
even transitions in and out of turnaround points. TRIANGLE is a linear modulation
effect, and ramps the pitch of the wave up and down with no slowing at turnaround
points. LOGARITHMIC and EXPONENTIAL waveforms are more dramatic in their
effect on the signal, producing a type of bouncy oscillation. This Parameter appears only
in Modulated Delays.
Level: Controls the level of the delay Module. Variable from 1 to 100.
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Section 3 - Editing Effects
GSP-2101 Artist Owner’s Manual
Editing Effects