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AK4671_10 Datasheet, PDF (104/166 Pages) Asahi Kasei Microsystems – Stereo CODEC with MIC/RCV/HP-AMP | |||
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[AK4671]
MSBSA
0
0
1
1
BCKPA
0
1
0
1
Data Interface Format
MSB of SDTOA is output by next rising edge (âââ) of the falling edge (âââ) of BICKA
after the rising edge (âââ) of SYNCA. MSB of SDTIA is latched by the falling edge (âââ) of
the BICKA just after the output timing of SDTOAâs MSB.
MSB of SDTOA is output by next falling edge (âââ) of the rising edge (âââ) of BICKA
after the rising edge (âââ) of SYNCA. MSB of SDTIA is latched by the rising edge (âââ) of
the BICKA just after the output timing of SDTOAâs MSB.
MSB of SDTOA is output by the 2nd rising edge (âââ) of BICKA after the rising edge (âââ)
of SYNCA. MSB of SDTIA is latched by the falling edge (âââ) of the BICKA just after the
output timing of SDTOAâs MSB.
MSB of SDTOA is output by the 2nd falling edge (âââ) of BICKA after the rising edge
(âââ) of SYNCA. MSB of SDTIA is latched by the rising edge (âââ) of the BICKA just
after the output timing of SDTOAâs MSB.
Table 86. PCM I/F A Format in Mode 0
Figure
Figure 84
Figure 85
Figure 86
Figure 87
MSBSB
0
0
1
1
BCKPB
0
1
0
1
Data Interface Format
MSB of SDTOB is output by next rising edge (âââ) of the falling edge (âââ) of BICKB after
the rising edge (âââ) of SYNCB. MSB of SDTIB is latched by the falling edge (âââ) of the
BICKB just after the output timing of SDTOBâs MSB.
MSB of SDTOB is output by next falling edge (âââ) of the rising edge (âââ) of BICKB after
the rising edge (âââ) of SYNCB. MSB of SDTIB is latched by the rising edge (âââ) of the
BICKB just after the output timing of SDTOBâs MSB.
MSB of SDTOB is output by the 2nd rising edge (âââ) of BICKB after the rising edge (âââ)
of SYNCB. MSB of SDTIB is latched by the falling edge (âââ) of the BICKB just after the
output timing of SDTOBâs MSB.
MSB of SDTOB is output by the 2nd falling edge (âââ) of BICKB after the rising edge
(âââ) of SYNCB. MSB of SDTIB is latched by the rising edge (âââ) of the BICKB just after
the output timing of SDTOBâs MSB.
Table 87. PCM I/F B Format in Mode 0
Figure
Figure 84
Figure 85
Figure 86
Figure 87
MSBSA
0
0
1
1
BCKPA
0
1
0
1
Data Interface Format
MSB of SDTOA is output by the rising edge (âââ) of SYNCA. MSB of SDTIA is latched by
the falling edge (âââ) of the BICKA just after the output timing of SDTOAâs MSB.
MSB of SDTOA is output by the rising edge (âââ) of SYNCA. MSB of SDTIA is latched by
the rising edge (âââ) of the BICKA just after the output timing of SDTOAâs MSB.
MSB of SDTOA is output by the rising edge (âââ) of the first BICKA after the rising edge
(âââ) of SYNCA. MSB of SDTIA is latched by the falling edge (âââ) of the BICKA just
after the output timing of SDTOAâs MSB.
MSB of SDTOA is output by the falling edge (âââ) of the first BICKA after the rising edge
(âââ) of SYNCA. MSB of SDTIA is latched by the rising edge (âââ) of the BICKA just
after the output timing of SDTOAâs MSB.
Table 88. PCM I/F A Format in Mode 1
Figure
Figure 88
Figure 89
Figure 90
Figure 91
MSBSB
0
0
1
1
BCKPB
0
1
0
1
Data Interface Format
MSB of SDTOB is output by the rising edge (âââ) of SYNCB. MSB of SDTIB is latched by
the falling edge (âââ) of the BICKB just after the output timing of SDTOBâs MSB.
MSB of SDTOB is output by the rising edge (âââ) of SYNCB. MSB of SDTIB is latched by
the rising edge (âââ) of the BICKB just after the output timing of SDTOBâs MSB.
MSB of SDTOB is output by the rising edge (âââ) of the first BICKB after the rising edge
(âââ) of SYNCB. MSB of SDTIB is latched by the falling edge (âââ) of the BICKB just
after the output timing of SDTOBâs MSB.
MSB of SDTOB is output by the falling edge (âââ) of the first BICKB after the rising edge
(âââ) of SYNCB. MSB of SDTIB is latched by the rising edge (âââ) of the BICKB just after
the output timing of SDTOBâs MSB.
Table 89. PCM I/F B Format in Mode 1
Figure
Figure 88
Figure 89
Figure 90
Figure 91
MS0666-E-02
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2010/06
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