Minimum delay type – Toa SR-L1B User Manual
Page 13
13
X-over
Freq.
Type
HPF
LPF
6 dB
30
Q
Q2
Gain Polarity Delay
8.5
Inverse
0
Filter
Type
1
2
LPF (6 dB)
Low Shelving
330
40
2.5
Freq.
Gain
Q
Comp.
Thresh
Ratio
Sync
Attack
Release
13
4 : 1
off
20
200
INPUT 1
OUTPUT 1
SR-L1B
SUB-LOW
X-over
Freq.
Type
HPF
LPF
24 dB BS
702
12 dB BW
20
Q
Q2
Gain Polarity Delay
0
Normal
0
Comp.
Thresh
Ratio
Sync
Attack
Release
10
2 : 1
off
10
100
OUTPUT 2
SR-F1D
LOW
Filter
Type
1
2
PEQ
PEQ
131
275
–2.0
Freq.
Gain
Q
–2.0
4.318
4.318
3
4
PEQ
PEQ
380
1.80 k
–12.0
–3.0
8.651
9.889
5
PEQ
2.00 k
–2.0
4.608
X-over
Freq.
Type
HPF
LPF
Q
Q2
Gain Polarity Delay
–5.5
Normal
0
Comp.
Thresh
Ratio
Sync
Attack
Release
15
4 : 1
off
10
100
OUTPUT 3
SR-F1D
HIGH
12 dB BW
900
Filter
Type
1
2
High Shelving
PEQ
16.0 k
1.00 k
–2.0
4.318
3
PEQ
1.40 k
–5.0
1.414
4
PEQ
2.90 k
–1.0
4.318
5
PEQ
3.75 k
–4.0
4.318
6
PEQ
5.30 k
–4.0
4.318
7
PEQ
13.2 k
7.5
2.016
8
PEQ
15.0 k
3.0
4.318
Freq.
Gain
5.0
Q
2
3
4
5
6
7
8
9
10
*
*
*
9.2. Minimum Delay Type
• Designed to provide a minimum signal delay without using a delay function or APF for each frequency band.
• Set parameters
–
for the DP-0206 as follows:
10
2
* The DP-0206 Digital Processor's compressor has been set based on a power amplifier gain of "20 dB."
When using the IP-600D amplifier, set the input volume control to the "–12 dB" position.
• In the above parameter setting, the polarity checker indication for each frequency band is as follows: