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Description
!" #$
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2
Installation
29<%4#
(8#% #(8#%)%$
)%$$%2 %
%$%% #(8# #(8#
$)$%$%)
%$% $%
Specications
Format: 9<%
Depth: 5=&%>
Max Current: ?(8'@A
(8'@:A
4
General Functions Overview
A. Channel 1 Input – A%(
B. Channel 1 Output – A%(
C. Channel 2 Input – A%8
D. Channel 2 Output – A%8
E. Effect Selection Gate Input – 7% B%
%%% 6%%
%%# 86'
F. Effect Selection – +% B% %
%% (8%% %
6
Verb 1
1a. Global Wet/Dry Mix – 7$,-"B#$
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Reverb Time –/#$
#$$2)$$#$
$ 2)$ $
2b. Reverb Time CV In – C## #$
/# %%% 'D6'
3a. High Pass Filter Cutoff Frequency – /&!<
&
/&!$ 2)$)$!
3b. High Pass Filter Cutoff Frequency CV In – C##
< &/&!/# %%%
'D6'
4a. Low Pass Filter Cutoff Frequency – /&!E)
&
/&!$ 2)$ $!
4b. Low Pass Filter Cutoff Frequency CV In – C##
E)&/&!/# %%%
'D6'
7
Verb 2
1a. Global Wet/Dry Mix – 7$,-"B#$
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Reverb Time –/#$
#$$2)$$#$
$ 2)$ $
2b. Reverb Time CV In – C## #$
/# %%% 'D6'
3a. High Pass Filter Cutoff Frequency – /&!<
&
/&!$2)$)$!
3b. High Pass Filter Cutoff Frequency CV In – C##
< &/&!/# %%%
'D6'
4a. Low Pass Filter Cutoff Frequency – /&!E)
&
/&!$ 2)$ $!
4b. Low Pass Filter Cutoff Frequency CV In – C##
E)&/&!/# %%%
'D6'
8
Chorus
1a. Global Wet/Dry Mix – 7$,-"B/?#$
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Reverb Amount – /#$A
#$A$2 )$%#$
#$A$ 2 )$))
#$
2b. Reverb Amount CV In –C## #$
A/# %%% 'D6'
3a. Chorus Rate – //
/$2)$)$/
$ 2)$$
3b. Chorus Rate CV In –C## /
/# %%% 'D6'
4a. Chorus Amount (Depth) – //A
/A$2 )$)$
/A$ 2 )$)%$
4b. Chorus Amount (Depth) CV In –C##
/A/# %%% 'D6'
9
Flange
1a. Global Wet/Dry Mix – 7$,-"B& ?#$
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In –C## 7$
"-,B/# %%% 'D6'
2a. Reverb Amount – /#$A
#$A$2 )$%#$
#$A$ 2 )$))
#$
2b. Reverb Amount CV In –C## #$
A/# %%% 'D6'
3a. Flange Rate – /&
& $2)$)$&
$ 2)$$
3b. Flange Rate CV In – C## &
/# %%% 'D6'
4a. Flange Amount (Depth) – /& A
& A$2F )$)$
& A$ 2F )$)%$
4b. Flange Amount (Depth) CV In – C## &
A/# %%% 'D6'
10
Tremolo
1a. Global Wet/Dry Mix – 7$,-"B?#$
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Reverb Amount – /#$A
#$A$2 )$%#$
#$A$ 2 )$))
#$
2b. Reverb Amount CV In –C## #$
A/# %%% 'D6'
3a. Tremolo Rate – /
$2)$)$
$ 2)$$
3b. Tremolo Rate CV In DC##
/# %%% 'D6'
4a. Tremolo Amount (Depth) – /A
A$2)$)$
A$ 2)$)%$
4b. Tremolo Amount (Depth) CV In – C##
A/# %%% 'D
6'
11
Delay/Pitch
1a. Global Wet/Dry Mix – 7$,-"B"-
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Pitch Shift (Bottom Input) – /
$2 )$5)
$ 2 )$5
$%%2 )
$)
2b. Pitch Shift CV In – C## /
# %%% 'D6'
3a. Delay Time (Top Input) – /"
"$2)$$"
0$ 2)$)$
3b. Delay Time CV In –C## "/
# %%% 'D6'
4a. Feedback Amount (Top Input) – /&%$A
&%$A2)$)$&%$
A 2)$ $
4b. Feedback Amount CV In – C## &%$
A/# %%% 'D6'
12
Pitch
1a. Global Wet/Dry Mix – 7$,-"B
B$2%)$%B$ 2
%)$)
1b. Global Wet/Dry Mix CV In – C## 7$
"-,B/# %%% 'D6'
2a. Pitch Shift (Top and Bottom Inputs) – /
$2 )$5)
$ 2 )$5
$%%2 )
$)
2b. Pitch Shift CV In – C## /
# %%% 'D6'
3a. No Parameter.
3b. No CV In.
4a. No Parameter.
4b. No CV In.
13
Effect Selection Modes
%2%%$
E"$C$ %%%
%E")$F ) %3#
%%%%2%%$
E"$
Mode 1.+
Mode 2.+
Mode 3. $)'$(%'$8
Mode 4. $)/%&
Mode 5. $)"-%
Mode 6.%
Mode 7. $)%#%%#
7$
%)%%(
14
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