Table des Matières

Publicité

SDUDPqWUHV VRQW OHV PrPHV TXH FHX[ GpFULWV DX SDUDJUDSKH
´
&+2586A'(/$< µ 7RXWHIRLV LFL OH SDUDPqWUH 'HOD\
%DODQFH UqJOH OD EDODQFH HQWUH OH VRQ GLUHFW HW OH VRQ UHWDUGp
fig.2-44
Balance D
L in
Chorus
Feedback
Delay
R in
Balance D
39: FLANGER/DELAY
&HW HIIHW UDFFRUGH XQ IODQJHU HW XQ GHOD\ HQ SDUDOOqOH /HV
SDUDPqWUHV VRQW OHV PrPHV TXH FHX[ GpFULWV DX SDUDJUDSKH
´
)/$1*(5A'(/$< µ 7RXWHIRLV LFL OH SDUDPqWUH 'HOD\
%DODQFH UqJOH OD EDODQFH HQWUH OH VRQ GLUHFW HW OH VRQ UHWDUGp
fig.2-45
Balance D
L in
Flanger
Feedback
Feedback
Delay
R in
Balance D
Chapitre 2 Utilisation des effets du XV-3080
L out
Balance W
Balance W
R out
L out
Balance W
Balance W
R out
40: CHORUS/FLANGER
&HW HIIHW UDFFRUGH XQ FKRUXV HW XQ IODQJHU HQ SDUDOOqOH /HV
SDUDPqWUHV VRQW OHV PrPHV TXH FHX[ GpFULWV DX SDUDJUDSKH
´
&+2586A)/$1*(5 µ 7RXWHIRLV LFL OH SDUDPqWUH
)ODQJHU %DODQFH UqJOH OD EDODQFH HQWUH OH VRQ GLUHFW HW OH VRQ
DYHF HIIHW GH IODQJLQJ
fig.2-46
Balance D
L in
Chorus
Feedback
Flanger
R in
Balance D

41:STEREO PHASER

(IIHW GH SKDVHU VWpUpR $YHF OHV HIIHWV 6WHS HIIHW GH SDOLHU
YRXV SRXYH] FKDQJHU SDU SDOLHUV OD KDXWHXU GHV VRQV
DX[TXHOV O·HIIHW GH SKDVHU HVW DSSOLTXp
fig.2-51
L in
Phaser
Mix
Mix
Phaser
R in
Type (type de phaser)
6pOHFWLRQQH OH W\SH GH 3KDVHU
OH 7\SH DMRXWH SOXV G·HIIHW GH SKDVHU DX[ KDXWHV IUpTXHQFHV
TXH OH 7\SH
Mode
6pOHFWLRQQH OH QRPEUH G·pWDJHV XWLOLVp SDU O·HIIHW GH SKDVHU
Pol (Polarité)
'pWHUPLQH VL OD SKDVH j JDXFKH HW OD SKDVH j GURLWH VRQW
LGHQWLTXHV RX RSSRVpHV
INVERSE:/HV SKDVHV JDXFKH HW GURLWH VRQW RSSRVpHV $YHF
XQH VRXUFH PRQR FH SDUDPqWUH pWDOH OH VRQ GDQV O·HVSDFH
SYNCHRO:/HV SKDVHV JDXFKH HW GURLWH VRQW LGHQWLTXHV
6pOHFWLRQQH] FH SDUDPqWUH DYHF XQH VRXUFH VWpUpR HQ HQWUpH
Man (manuel) #
5qJOH OD IUpTXHQFH FHQWUDOH GH O·HIIHW GH SKDVHU
Rate (vitesse du Phaser) #
5qJOH OD YLWHVVH GH O·HIIHW GH SKDVHU
L out
Balance W
Balance W
R out
2-Band
L out
EQ
2-Band
R out
EQ
57

Publicité

Table des Matières
loading

Table des Matières