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VSC8221 датащи(PDF) 24 Page - Microsemi Corporation

номер детали VSC8221
подробное описание детали  Single Port 10/100/1000BASE-T PHY with1.25 Gbps SerDes for SFPs/GBICs
PDF  138 Pages
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производитель  MICROSEMI [Microsemi Corporation]
домашняя страница  http://www.microsemi.com
Logo MICROSEMI - Microsemi Corporation

VSC8221 датащи(HTML) 24 Page - Microsemi Corporation

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VSC8221
Data Sheet
VMDS-10106 Revision 4.1
December 2006
24 of 26
26
Table 12. Twisted Pair interface Signals
100
TFBGA
BALL
Signal
Name
Type
Description
A9
TXVPA
ADiFF
TX/RX Channel “A” Positive Signal.
Positive differential signal connected to the positive primary side of the transformer. This
signal forms the positive signal of the “A” data channel. in all three speeds, this signal
generates the secondary side signal, normally connected to RJ-45 pin 1. in 100BASE-FX
mode, it is connected instead to the positive SFP transmit data signal (SFP_TD+). See
Section 9: “System Schematics” for details.
B9
TXVNA
ADiFF
TX/RX Channel “A” Negative Signal.
Negative differential signal connected to the negative primary side of the transformer.
This signal forms the negative signal of the “A” data channel. in all three speeds, this
signal generates the secondary side signal, normally connected to RJ-45 pin 2. in
100BASE-FX mode, it is connected instead to the negative SFP transmit data signal
(SFP_TD–). See Section 9: “System Schematics” for details
.
A8
TXVPB
ADiFF
TX/RX Channel “B” Positive Signal.
Positive differential signal connected to the positive primary side of the transformer. This
signal forms the positive signal of the “B” data channel. in all three speeds, this signal
generates the secondary side signal, normally connected to RJ-45 pin 3. in 100BASE-FX
mode, it is connected instead to the positive SFP receive data signal (SFP_RD+). See
Section 9: “System Schematics” for details.
B8
TXVNB
ADiFF
TX/RX Channel “B” Negative Signal.
Negative differential signal connected to the negative primary side of the transformer.
This signal forms the negative signal of the “B” data channel. in all three speeds, this
signal generates the secondary side signal, normally connected to RJ-45 pin 6. in
100BASE-FX mode, it is connected instead to the negative SFP receive data signal
(SFP_RD–). See Section 9: “System Schematics” for details.
A7
TXVPC
ADiFF
TX/RX Channel “C” Positive Signal.
Positive differential signal connected to the positive primary side of the transformer. This
signal forms the positive signal of the “C” data channel. in 1000Mb mode, this signal
generates the secondary side signal, normally connected to RJ-45 pin 4 (not used in 10M/
100M modes). See Section 9: “System Schematics” for details.
B7
TXVNC
ADiFF
TX/RX Channel “C” Negative Signal.
Negative differential signal connected to the negative primary side of the transformer.
This signal forms the negative signal of the “C” data channel. in 1000Mb mode, this signal
generates the secondary side signal, normally connected to RJ-45 pin 5 (not used in the
10M/100M modes). See Section 9: “System Schematics” for details.
A6
TXVPD
ADiFF
TX/RX Channel “D” Positive Signal.
Positive differential signal connected to the positive primary side of the transformer. This
signal forms the positive signal of the “D” data channel. in 1000Mb mode, this signal
generates the secondary side signal, normally connected to RJ-45 pin 7 (not used in the
10M/100M modes). See Section 9: “System Schematics” for details.
B6
TXVND
ADiFF
TX/RX Channel “D” Negative Signal.
Negative differential signal connected to the negative primary side of the transformer.
This signal forms the negative signal of the “D” data channel. in 1000Mb mode, this signal
generates the secondary side signal, normally connected to RJ-45 pin 8 (not used in the
10M/100M modes). See Section 9: “System Schematics” for details.



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