[AK4675]
Figure
MSBSA BCKPA
Data Interface Format
MSB of SDTOA is output by the falling edge (“↓”) of SYNCA. MSB of SDTIA is
latched by the falling edge (“↓”) of the BICKA just after the output timing of SDTOA’s Figure 91
MSB.
MSB of SDTOA is output by the falling edge (“↓”) of SYNCA. MSB of SDTIA is
latched by the rising edge (“↑”) of the BICKA just after the output timing of SDTOA’s
MSB.
MSB of SDTOA is output by the rising edge (“↑”) of the first BICKA after the rising
edge (“↑”) of SYNCA. MSB of SDTIA is latched by the falling edge (“↓”) of the BICKA Figure 93
just after the output timing of SDTOA’s MSB.
0
0
1
1
0
1
0
1
Figure 92
MSB of SDTOA is output by the falling edge (“↓”) of the first BICKA after the rising
edge (“↑”) of SYNCA. MSB of SDTIA is latched by the rising edge (“↑”) of the BICKA Figure 94
just after the output timing of SDTOA’s MSB.
Table 105. PCM I/F A Format in Mode 0
MSBSB
0
BCKPB
0
Data Interface Format
Figure
MSB of SDTOB is output by the falling edge (“↓”) of SYNCB. MSB of SDTIB is latched
by the falling edge (“↓”) of the BICKB just after the output timing of SDTOB’s MSB.
MSB of SDTOB is output by the falling edge (“↓”) of SYNCB. MSB of SDTIB is latched
by the rising edge (“↑”) of the BICKB just after the output timing of SDTOB’s MSB.
MSB of SDTOB is output by the rising edge (“↑”) of the first BICKB after the rising edge
(“↑”) of SYNCB. MSB of SDTIB is latched by the falling edge (“↓”) of the BICKB just
after the output timing of SDTOB’s MSB.
Figure 91
0
1
1
0
Figure 92
Figure 93
MSB of SDTOB is output by the falling edge (“↓”) of the first BICKB after the rising
edge (“↑”) of SYNCB. MSB of SDTIB is latched by the rising edge (“↑”) of the BICKB Figure 94
just after the output timing of SDTOB’s MSB.
1
1
Table 106. PCM I/F B Format in Mode 0
MSBSA
0
BCKPA
0
Data Interface Format
Figure
MSB of SDTOA is output by the rising edge (“↑”) of SYNCA. MSB of SDTIA is latched
by the falling edge (“↓”) of the BICKA just after the output timing of SDTOA’s MSB.
MSB of SDTOA is output by the rising edge (“↑”) of SYNCA. MSB of SDTIA is latched
by the rising edge (“↑”) of the BICKA just after the output timing of SDTOA’s MSB.
MSB of SDTOA is output by the rising edge (“↑”) of the first BICKA after the falling
Figure 95
0
1
1
0
Figure 96
edge (“↓”) of SYNCA. MSB of SDTIA is latched by the falling edge (“↓”) of the BICKA Figure 97
just after the output timing of SDTOA’s MSB.
MSB of SDTOA is output by the falling edge (“↓”) of the first BICKA after the falling
edge (“↓”) of SYNCA. MSB of SDTIA is latched by the rising edge (“↑”) of the BICKA Figure 98
just after the output timing of SDTOA’s MSB.
1
1
Table 107. PCM I/F A Format in Mode 1
MSBSB
0
BCKPB
0
Data Interface Format
Figure
MSB of SDTOB is output by the rising edge (“↑”) of SYNCB. MSB of SDTIB is latched
by the falling edge (“↓”) of the BICKB just after the output timing of SDTOB’s MSB.
MSB of SDTOB is output by the rising edge (“↑”) of SYNCB. MSB of SDTIB is latched
by the rising edge (“↑”) of the BICKB just after the output timing of SDTOB’s MSB.
MSB of SDTOB is output by the rising edge (“↑”) of the first BICKB after the falling
Figure 95
0
1
1
0
Figure 96
edge (“↓”) of SYNCB. MSB of SDTIB is latched by the falling edge (“↓”) of the BICKB Figure 97
just after the output timing of SDTOB’s MSB.
MSB of SDTOB is output by the falling edge (“↓”) of the first BICKB after the falling
edge (“↓”) of SYNCB. MSB of SDTIB is latched by the rising edge (“↑”) of the BICKB Figure 98
just after the output timing of SDTOB’s MSB.
1
1
Table 108. PCM I/F B Format in Mode 1
MS0963-E-00
2008/05
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AKM [ ASAHI KASEI MICROSYSTEMS ]
