[AK4679]
SDOL1-0 and SDOR1-0 bits set the data mixing for each channel of SDTO from the data selected by Table 80 and
MIX1L/R output data.
SDOL1 bit SDOL0 bit
SDTO Lch
Lch Signal selected by Table 80
MIX1L
0
0
1
1
0
1
0
1
(default)
(Lch Signal selected by Table 80) + (MIX1L)
(Lch Signal selected by Table 80)/2 + (MIX1L)/2
Table 81. SDTO Lch Output Mixing
SDOR1 bit SDOR0 bit
SDTO Rch
Rch Signal selected by Table 80
MIX1R
0
0
1
1
0
1
0
1
(default)
(Rch Signal selected by Table 80) + (MIX1R)
(Rch Signal selected by Table 80)/2 + (MIX1R)/2
Table 82. SDTO Rch Output Mixing
When SDOD bit is “1”, SDTO output data can be disabled (fixed to “L”). Input data of SVOLA is not disabled.
SDOD bit
SDTO
0
1
Enable (Output)
Disable (“L” Output)
Table 83. SDTO Disable
(default)
SDIM1-0 bits select stereo or mono of SDTI input data. In case of mono mode, the same data is input to both channels.
SDIM1 bit SDIM0 bit
Lch
L
L
Rch
R
L
0
0
1
1
0
1
0
1
(default)
R
R
N/A
Table 84. SDTI Stereo/Mono Select (N/A: Not available)
PFMXL1-0 and PFMXR1-0 bits set the data mixing for each channel of 5-band EQ from the data selected by Table 84
and SVOLA output data.
PFMXL1 bit PFMXL0 bit
5-band EQ Lch Input
Lch Signal selected by Table 84
SVOLA Lch
0
0
1
1
0
1
0
1
(default)
(Lch Signal selected by Table 84) + (SVOLA Lch)
N/A
Table 85. 5-band EQ Lch Input Mixing 1 (N/A: Not available)
PFMXR1 bit PFMXR0 bit
5-band EQ Rch Input
Rch Signal selected by Table 84
SVOLA Rch
0
0
1
1
0
1
0
1
(default)
(Rch Signal selected by Table 84) + (SVOLA Rch)
N/A
Table 86. 5-band EQ Rch Input Mixing 1 (N/A: Not available)
MS1402-E-06
2013/02
- 106 -
AKM [ ASAHI KASEI MICROSYSTEMS ]
