Echo (Ech); Echo Diagram - Zoom 9030 Operation Manual

(2) F.B (feedback): 0
-
98
This determines the amount of feedback of the delayed
repeats.
(3) HiD (high damp): 0
-
99
This determines the degree to which the high frequencies are
gradually filtered out when feedback is applied. When the
value is set relatively high, this can recreate the sound of an
analog delay or tape echo, in which successive delayed
repeats have a
warm, mellow timbre.
(4) BAL (balance): 0
-
100
This determines the balance of the effect sound and direct
sound. Only the direct sound is output at 0, and only the
effect sound is output at 100.
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(1) DES (destination): EB, BAL, LVL, TM
(2) CTL (control change number): 1
-
31,63 - 95 (exclud-
ing 6,7,70
-
79, and 91)
(3) RATIO: -100 - +100%, Tap (when DES is set to TM,
Tap is indicated here)
(4) LVL (output level):
0 -
100
Helpful Hint:
The Tap value of the ratio parameter is a special setting for
use with the 8050. The delay time can
be
set
to match the
timing by which the pedal switch of the 8050 is repeatedly
pressed. (Refer to the owner's manual of the 8050 for more
information.)
Echo (ECH)
This is a stereo echo which can be easily used to create com-
plicated delay patterns. It features two systems with feed-
back lines.
[Page
11
(1) LT (left time): 1 ms
-
1
S
This determines the time that elapses between the direct
sound of the left channel and the first delay sound. This
set-
ting also determines sets the repeating interval of the delay
feedback.
(3)
RT (right time): 1 ms
-
1
S
This determines the time that elapses between the direct
sound of the right channel and the fxst delay sound.
(4)
F.B
(feedback): 0
-
98
This determines the number of delayed repeats of the sound
of both systems.
OUTPUT
FEEDBACK
-
F ? ,
FBT
-
FEEDBACK
Echo Diagram
[Page
21
(1) DES (destination): EB, BAL
(2) CTL (control change number): 1 - 3 1,63 - 95 (excluding
6,7,70 - 79, and 91)
(3) RATIO: -100-+100%
(4) B AL (balance): 0 - 100
(2) FBT (feedback time):
1
ms - 1 S
This determines the repeating interval of the second delay
system.