Yamaha Clavinova CLP-380 Lista danych - Strona 14

Przeglądaj online lub pobierz pdf Lista danych dla Klawiatura elektroniczna Yamaha Clavinova CLP-380. Yamaha Clavinova CLP-380 42 stron. Data list
Również dla Yamaha Clavinova CLP-380: Instrukcja instalacji (9 strony)

Drukuj stronę
Effect Parameter List / Liste der Effektparameter / Liste des paramètres d'effets / Lista de parámetros de efectos
No.
Parameter
1
Type
S-H, L-H, Rdm, Rvs, Plt, Spr
2
Room Size
0.1 – 20.0
3
Diffusion
0 – 10
4
Initial Delay
0.1mS – 200.0mS
5
Feedback Level
-63 – +63
6
HPF Cutoff
Thru – 8.0kHz
7
LPF Cutoff
1.0kHz – Thru
8
9
10
Dry/Wet
D63>W – D=W – D<W63
11
Liveness
0 – 10
12
Density
0 – 3
13
High Damp
0.1 – 1.0
14
15
16
No.
Parameter
1
Type
TypeA, TypeB
2
Room Size
0.1 – 20.0
3
Diffusion
0 – 10
4
Initial Delay
0.1mS – 200.0mS
5
Feedback Level
-63 – +63
6
HPF Cutoff
Thru – 8.0kHz
7
LPF Cutoff
1.0kHz – Thru
8
9
10
Dry/Wet
D63>W – D=W – D<W63
11
Liveness
0 – 10
12
Density
0 – 3
13
High Damp
0.1 – 1.0
14
15
16
No.
Parameter
1
Reverb Time
0.3 – 30.0s
2
Diffusion
0 – 10
3
Initial Delay
0.1mS – 200.0mS (*1)
0.1mS – 99.3mS (*2)
4
HPF Cutoff
Thru – 8.0kHz
5
LPF Cutoff
1.0kHz – Thru
6
Width
0.5 – 30.2m (*1)
0.5 – 10.2m (*2)
7
Height
0.5 – 30.2m (*1)
0.5 – 20.2m (*2)
8
Depth
0.5 – 30.2m
9
Wall Vary
0 – 30
10
Dry/Wet
D63>W – D=W – D<W63
11
Rev Delay
0.1mS – 200.0mS (*1)
0.1mS – 99.3mS (*2)
12
Density
0 – 4
13
Er/Rev Balance
E63>R – E=R – E<R63
14
High Damp
0.1 – 1.0
15
Feedback Level
-63 – +63
16
No.
Parameter
1
Delay Time
0.1mS – 400.0mS
2
Feedback Level
-63 – +63
3
HPF Cutoff
Thru – 8.0kHz
4
LPF Cutoff
1.0kHz – Thru
5
6
7
8
9
10
Dry/Wet
D63>W – D=W – D<W63
11
Density
0 – 3
12
13
14
15
16
14
CLP-380 DATA LIST Complete Version
MSB = 09
Display
Value
See Table
0 – 5
0 – 127
table#6
0 – 10
0 – 127
table#5
1 – 127
(table#16)
0 – 52
table#3
34 – 60
table#3
1 – 127
(table#15)
0 – 10
0 – 3
1 – 10
MSB = 10
MSB = 11
Display
Value
See Table
0 – 1
0 – 127
table#6
0 – 10
0 – 127
table#5
1 – 127
(table#16)
0 – 52
table#3
34 – 60
table#3
1 – 127
(table#15)
0 – 10
0 – 3
1 – 10
MSB = 16
MSB = 17
MSB = 18
MSB = 19
Display
Value
See Table
0 – 69
table#4
0 – 10
0 – 127
table#5
0 – 63
0 – 52
table#3
34 – 60
table#3
0 – 104
table#11
0 – 37
0 – 104
table#11
0 – 73
0 – 104
table#11
0 – 30
1 – 127
(table#15)
0 – 127
table#5
0 – 63
0 – 4
1 – 127
1 – 10
1 – 127
(table#16)
MSB = 20
Display
Value
See Table
0 – 127
table#7
1 – 127
(table#16)
0 – 52
table#3
34 – 60
table#3
1 – 127
(table#15)
0 – 3
Control
No.
Parameter
1
Delay Time
2
Feedback Level
3
Feedback High Dump 0.1 – 1.0
4
L/R Diffusion
5
Lag
6
7
8
9
●
10
Dry/Wet
11
12
13
EQ Low Frequency
14
EQ Low Gain
15
EQ High Frequency
16
EQ High Gain
No.
Parameter
Control
1
Delay Time L>R
2
Delay Time R>L
3
Feedback Level
4
Input Select
5
Feedback High Dump 0.1 – 1.0
6
Lag
7
8
9
10
Dry/Wet
●
11
12
13
EQ Low Frequency
14
EQ Low Gain
15
EQ High Frequency
16
EQ High Gain
DSP block
Rotary
Chorus block
Chorus
Celeste
Control
No.
Parameter
1
LFO Frequency
2
LFO Depth
3
Feedback Level
4
Delay Offset
5
6
EQ Low Frequency
7
EQ Low Gain
8
EQ High Frequency
9
EQ High Gain
10
Dry/Wet
11
EQ Mid Frequency (*4)
●
12
EQ Mid Gain (*4)
13
EQ Mid Width (*4)
14
15
Input Mode
16
Chorus block
Flanger
No.
Parameter
1
LFO Frequency
2
LFO Depth
3
Feedback Level
Control
4
Delay Offset
5
6
EQ Low Frequency
7
EQ Low Gain
8
EQ High Frequency
9
EQ High Gain
10
Dry/Wet
11
EQ Mid Frequency
(*4)
●
12
EQ Mid Gain (*4)
13
EQ Mid Width (*4)
14
LFO Phase Difference -180 – +180deg
15
16
MSB = 21
Display
Value
See Table
64th/3 – 4thx6
0 – 19
table#14
-63 – +63
1 – 127
(table#16)
1 – 10
1(-63ms) – 64(0ms) – 127(63ms)
1 – 127
1(-63ms) – 64(0ms) – 127(63ms)
1 – 127
D63>W – D=W – D<W=63
1 – 127
(table#15)
32Hz – 2.0kHz
4 – 40
-12 – +12dB
52 – 76
500Hz – 16.0kHz
28 – 58
-12 – +12dB
52 – 76
MSB = 22
Display
Value
See Table
64th/3 – 4thx6
0 – 19
table#14
64th/3 – 4thx6
0 – 19
table#14
-63 – +63
1 – 127
(table#16)
L, R, L&R
0 – 2
1 – 10
1(-63ms) – 64(0ms) – 127(63ms)
1 – 127
D63>W – D=W – D<W=63
1 – 127
(table#15)
32Hz – 2.0kHz
4 – 40
-12 – +12dB
52 – 76
500Hz – 16.0kHz
28 – 58
-12 – +12dB
52 – 76
MSB = 65
LSB = 66
Display
Value
See Table
0.00Hz – 39.7Hz
0 – 127
table#1
0 – 127
0 – 127
(table#19)
-63 – +63
1 – 127
(table#17)
0.0mS – 50mS
0 – 127
table#2
32Hz – 2.0kHz
4 – 40
table#3
-12 – +12dB
52 – 76
500Hz – 16.0kHz
28 – 58
table#3
-12 – +12dB
52 – 76
D63>W – D=W – D<W63
1 – 127
(table#15)
100Hz – 10.0kHz
14 – 54
table#3
-12 – +12dB
52 – 76
0.1 – 12.0
1 – 120
mono/stereo
0 – 1
MSB = 67
Display
Value
See Table
0.00Hz – 39.7Hz
0 – 127
table#1
0 – 127
0 – 127
(table#19)
-63 – +63
1 – 127
(table#17)
0.0mS – 50mS
0 – 127
table#2
32Hz – 2.0kHz
4 – 40
table#3
-12 – +12dB
52 – 76
500Hz – 16.0kHz
28 – 58
table#3
-12 – +12dB
52 – 76
D63>W – D=W – D<W63
1 – 127
(table#15)
100Hz – 10.0kHz
14 – 54
table#3
-12 – +12dB
52 – 76
0.1 – 12.0
1 – 120
4 – 124
(resolution=3deg.)
Control
●
Control
●
Control
●
Control
●