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XRT72L13 Datasheet(PDF) 119 Page - Exar Corporation

Part # XRT72L13
Description  M13 MULTIPLEXER/CLEAR CHANNEL DS3 FRAMER IC
PDF  370 Pages
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Manufacturer  EXAR [Exar Corporation]
Direct Link  http://www.exar.com
Logo EXAR - Exar Corporation

XRT72L13 Datasheet(HTML) 119 Page - Exar Corporation

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M13 MULTIPLEXER/CLEAR CHANNEL DS3 FRAMER IC
XRT72L13
PRELIMINARY
REV. 1.0.6
107
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 0 - Insert AIS Tx DS1 Channel 4
This “Read/Write” bit-field permits the user to config-
ure the contents of the “output” DS1 Channel 4 to be
overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits the contents of DS1
Channel 4 to be transmitted as received (via the
TxDS1Data4 input pin).
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
2.3.2.33 M12 DS2 # 3 AIS Register )
Bit 7 - Insert AIS Rx DS1 Channel 11
This “Read/Write” bit-field permits the user to config-
ure the contents of the “inbound” DS1 Channel 11 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits data to be output
(via the RxDS1Data11 output pin, as demultiplexed
via the inbound DS2 and DS3 data streams.
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 6 - Insert AIS Rx DS1 Channel 10
This “Read/Write” bit-field permits the user to config-
ure the contents of the “inbound” DS1 Channel 10 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits data to be output
(via the RxDS1Data10 output pin, as demultiplexed
via the inbound DS2 and DS3 data streams.
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 5 - Insert AIS Rx DS1 Channel 9
This “Read/Write” bit-field permits the user to config-
ure the contents of the “inbound” DS1 Channel 9 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits data to be output
(via the RxDS1Data9 output pin, as demultiplexed via
the inbound DS2 and DS3 data streams.
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 4 - Insert AIS Rx DS1 Channel 8
This “Read/Write” bit-field permits the user to config-
ure the contents of the “inbound” DS1 Channel 8 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits data to be output
(via the RxDS1Data8 output pin, as demultiplexed via
the inbound DS2 and DS3 data streams.
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 3 - Insert AIS Tx DS1 Channel 11
This “Read/Write” bit-field permits the user to config-
ure the contents of the “outbound” DS1 Channel 11 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits the contents of DS1
Channel 11 to be transmitted as received (via the
TxDS1Data11 input pin).
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 2 - Insert AIS Tx DS1 Channel 10
This “Read/Write” bit-field permits the user to config-
ure the contents of the “outbound” DS1 Channel 10 to
be overwritten with an “All Ones” pattern.
Setting this bit-field to “0” permits the contents of DS1
Channel 10 to be transmitted as received (via the
TxDS1Data10 input pin).
Setting this bit-field to “1” configures the XRT72L13
M13 device to overwrite this data with an AIS (all
ones pattern).
Bit 1 - Insert AIS Tx DS1 Channel 9
M12 DS2 # 3 AIS REGISTER (ADDRESS = 0X23)
BIT 7BIT 6BIT 5BIT 4BIT 3BIT 2BIT 1BIT 0
Insert
AIS
Rx DS1
Channel 11
Insert
AIS
Rx DS1
Channel 10
Insert
AIS
Rx DS1
Channel 9
Insert
AIS
Rx DS1
Channel 8
Insert
AIS
Tx DS1
Channel 11
Insert
AIS
Tx DS1
Channel 10
Insert
AIS
Tx DS1
Channel 9
Insert
AIS
Tx DS1
Channel 8
R/W
R/W
R/W
R/W
R/W
R/W
R/W
R/W
0
0000
111



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