Toa SR-L1B - Manual (Page 12)

12
PEQ
1 1.25 k –5.0 1.414
2 1.80 k –3.0 4.318
3 2.90 k –0.5 4.318
4 3.75 k –4.0 4.318
5 5.40 k –4.0 4.318
Freq. Gain Q
INPUT 1
OUTPUT 1
SR-L1B
SUB-LOW X-over
Freq. Type
HPF
LPF 6 dB 29
Q Q2
Gain Polarity Delay
8.5 Inverse 0.667
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
OUTPUT 2
SR-F1D
LOW X-over
Freq. Type
12 dB BW HPF
LPF 24 dB BS 700
20
Q Q2
Gain Polarity Delay
0 Normal 0.5
Comp.
Thresh
Ratio
Sync
Attack
Release
10
2 : 1
off
10
100
Filter
Type
1 PEQ 95 –1.5 4.318
2 PEQ 462 –1.5 4.318
3 PEQ 1.80 k –12.0 9.889
4 PEQ 2.00 k –2.0 4.608
Freq. Gain Q
OUTPUT 3
SR-F1D
HIGH X-over
Freq. Type
12 dB BW HPF
LPF
900
Q Q2
Gain Polarity Delay
–5.5 Inverse 0
Comp.
Thresh
Ratio
Sync
Attack
Release
15
4 : 1
off
10
100
1
2
3
4
5
6
7
8
9
10
Filter
Type
PEQ 13.6 k 7.5 1.414
All Pass 2.94 k 1.414
All Pass 3.87 k 1.119
All Pass 5.00 k 2.871
All Pass 6.90 k 4.608
All Pass 8.40 k 4.318
All Pass 9.95 k 5.764
All Pass 11.6 k 7.689
All Pass 13.1 k 9.889
All Pass 14.6 k 6.919
Freq. Gain Q
1
2
3
4
5
6
7
8
9
10
*
*
*
9.1. Flat Phase Type
• Phase characteristics for the driver's band are nearly flattened using all-pass filters (APF).
• Set parameters
– for the DP-0206 as follows: 10 1
* 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: