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CS8420 Datasheet(PDF) 31 Page - Cirrus Logic

Part # CS8420
Description  DIGITAL AUDIO SAMPLE RATE CONVERTER
PDF  80 Pages
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Manufacturer  CIRRUS [Cirrus Logic]
Direct Link  http://www.cirrus.com
Logo CIRRUS - Cirrus Logic

CS8420 Datasheet(HTML) 31 Page - Cirrus Logic

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CS8420
DS245PP2
31
11.3
Miscellaneous Control 2 (2)
TRUNC
Determines whether the word length is set according to the incoming Channel Status data
0 - Data to the SRC is not truncated (default)
1 - Data to the SRC is set according to the AUX field in the incoming data stream
HOLD1-0The HOLD bits determine how the received audio sample is affected when a receiver
error occurs.
00 - Hold the last valid audio sample (default)
01 - Replace the current audio sample with 00 (mute)
10 - Do not change the received audio sample
11 - Reserved
RMCKFSelect recovered master clock output pin frequency.
0 - RMCK is equal to 256 * Fsi (default)
1 - RMCK is equal to 128 * Fsi
MMR
Select AES3 receiver mono or stereo operation
0 - Interpret A and B subframes as two independent channels (normal stereo
operation, default)
1 - Interpret A and B subframes as consecutive samples of one channel of data.
This data is duplicated to both left and right parallel outputs of the AES receiver
block. The input sample rate (Fsi) is doubled compared to MMR=0
MMT
Select AES3 transmitter mono or stereo operation
0 - Outputs left channel input into A subframe and right channel input into B subframe
(normal stereo operation, default).
1 - Output either left or right channel inputs into consecutive subframe outputs (mono
mode, left or right is determined by MMTLR bit)
MMTCS
Select A or B channel status data to transmit in mono mode
0 - Use channel A CS data for the A sub-frame slot and use channel B CS data for the
B sub-frame slot (default)
1 - Use the same CS data for both the A and B sub-frame output slots. If MMTLR = 0, use the
left channel CS data. If MMTLR = 1, use the right channel CS data.
MMTLR
Channel Selection for AES Transmitter mono mode
0 - Use left channel input data for consecutive sub-frame outputs (default)
1- Use right channel input data for consecutive sub-frame outputs
7
6
5
4
3210
TRUNC
HOLD1
HOLD0
RMCKF
MMR
MMT
MMTCS
MMTLR



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