Prelude - Roland

43: DELAY
q2!%-%…,÷“*,L .--*2 ƒ=ä!›*,.
e“ë, Feedback Mode = NORMAL:
fig.MFX-43a
L in
R in
e“ë, Feedback Mode = CROSS:
fig.MFX-43b
L in
Delay
Feedback
Feedback
Delay
Delay
Balance D
Balance D
Balance D
2-Band
EQ
Balance W
Balance W
2-Band
EQ
2-Band
EQ
Balance W
L out
R out
L out
o=!=ì2! g…=÷…, nC,“=…,
HF Damp 200 $ 8000 cö, BYPASS
)=“2%2=, "/ø *%2%!%L
C!%,“.%ä,2 C%ä="ë…, “,ã…=ë=
ƒ=ä!›*,. e“ë, C%ä="ë…, …
2!K32“ , 3“2=…%",2 ƒ…=÷…,
BYPASS.
Pan
L64 $ 63R
o=…%!=ì,!%"=…, “,ã…=ë=
ƒ=ä!›*,
Low Gain -15 $ +15 äa r“,ë…, m)
High Gain -15 $ +15 äa r“,ë…, b)
Balance D100:0W $ D0:100W
a=ë=…“ ì›ä3 …%K!=K%2=……/ì
(D) , %K!=K%2=……/ì (W)
“,ã…=ë=ì,
Level 0 $ 127 nK?,L 3!%"…ü
45: SERIAL DELAY
b ä=……%ì .--*2 ä" ƒ=ä!›*, “%ä,……/ C%“ëä%"=2ëü…%.
nK!=2…= “" ƒü %K%,. ƒ=ä!›* …ƒ=",“,ì=, ÷2% C%ƒ"%ë 2
“%ƒä="=2ü “ë%›…/ …=“/?……/ .--*2/.
fig.MFX-45
L in
L out
R in
Feedback
Feedback
Delay
Balance D
Balance W
2-Band
EQ
R out
R in
Delay 1
Feedback 1
Delay 2
Feedback 2
Pan L
Pan R
R out
o=!=ì2! g…=÷…, nC,“=…,
Delay Left
Delay Right
Phase Left
Phase Right
Feedback
Mode
a%ë äë,2ëü…= ƒ=ä!›*=.
fig.MFX-44
0 $ 1300 ms,
note
NORMAL,
INVERSE
NORMAL,
CROSS
Feedback -98 $ +98%
HF Damp
200 $ 8000 cö,
BYPASS
b!ì ƒ=ä!›*, ë"%ã%/C!="%ã% *=…=ë%".
t=ƒ= ƒ=ä!›*,
Low Gain -15 $ +15 äa r“,ë…, m)
High Gain -15 $ +15 äa r“,ë…, b)
Balance
D100:0W $
D0:100W
Level 0 $ 127 nK?,L 3!%"…ü
44: LONG DELAY
L in
R in
Long Delay
Feedback
l=!ø!32,ƒ=ö, %K!=2…%L “" ƒ, ƒ=ä!›*.
cë3K,…= %K!=2…%L “" ƒ,. o!, %2!,ö=2ëü-
…/. (-) ƒ…=÷…, . -=ƒ= ,…"!2,!32“ .
)=“2%2=, "/ø *%2%!%L C!%,“.%ä,2
C%ä="ë…, “,ã…=ë= ƒ=ä!›*,. e“ë,
C%ä="ë…, … 2!K32“ , 3“2=…%",2
ƒ…=÷…, BYPASS.
a=ë=…“ ì›ä3 …%K!=K%2=……/ì (D) ,
%K!=K%2=……/ì (W) “,ã…=ë=ì,
Pan L
Pan R
2-Band
EQ
2-Band
EQ
L out
R out
o=!=ì2! g…=÷…, nC,“=…,
Delay1 Time 0 $ 1300 ms, note b!ì ƒ=ä!›*, 1
Delay1
Feedback
Delay1 HF
Damp
-98 $ +98%
200 $ 8000 cö, BYPASS
cë3K,…= %K!=2…%L “" ƒ,
ƒ=ä!›*, 1. o!, %2!,ö=2ëü…/.
(-) ƒ…=÷…, . -=ƒ=
,…"!2,!32“ .
)=“2%2=, "/ø *%2%!%L
C!%,“.%ä,2 C%ä="ë…, “,ã…=ë=
ƒ=ä!›*, 1. e“ë, C%ä="ë…, …
2!K32“ , 3“2=…%",2 ƒ…=÷…,
BYPASS.
Delay2 Time 0 $ 1300 ms, note b!ì ƒ=ä!›*, 2
Delay2
Feedback
Delay2 HF
Damp
-98 $ +98%
200 $ 8000 cö, BYPASS
cë3K,…= %K!=2…%L “" ƒ,
ƒ=ä!›*, 2. o!, %2!,ö=2ëü…/.
(-) ƒ…=÷…, . C!"%!=÷,"=2“
-=ƒ=.
)=“2%2=, "/ø *%2%!%L
C!%,“.%ä,2 C%ä="ë…, “,ã…=ë=
ƒ=ä!›*, 2. e“ë, C%ä="ë…, …
2!K32“ , 3“2=…%",2 ƒ…=÷…,
BYPASS.
Pan L64 $ 63R o=…%!=ì= ƒ=ä!›*,
Low Gain -15 $ +15 äa
r“,ë…, m). o!,
C%ë%›,2ëü…/. ƒ…=÷…, .
ã!%ì*%“2ü …,ƒ*,. ÷=“2%2
3“,ë,"=2“ , C!, %2!,ö=2ëü…/.
$ “…,›=2“
High Gain -15 $ +15 äa
r“,ë…, b). o!,
C%ë%›,2ëü…/. ƒ…=÷…, .
ã!%ì*%“2ü "/“%*,. ÷=“2%2
3“,ë,"=2“ , C!, %2!,ö=2ëü…/.
$ “…,›=2“
Balance D100:0W $ D0:100W
a=ë=…“ ì›ä3 …%K!=K%2=……/ì
(D) , %K!=K%2=……/ì (W)
“,ã…=ë=ì,
Level 0 $ 127 nK?,L 3!%"…ü
o=!=ì2! g…=÷…, nC,“=…,
Delay Time 0 $ 2600 ms, note b!ì ƒ=ä!›*,
Phase
NORMAL,
INVERSE
t=ƒ= ƒ=ä!›*,
Feedback -98 $ +98%
cë3K,…= %K!=2…%L “" ƒ,. o!,
%2!,ö=2ëü…/. (-) ƒ…=÷…, .
-=ƒ= ,…"!2,!32“ .
71