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VSC6134XST-01 参数 Datasheet PDF下载

VSC6134XST-01图片预览
型号: VSC6134XST-01
PDF下载: 下载PDF文件 查看货源
内容描述: [Micro Peripheral IC,]
分类和应用:
文件页数/大小: 438 页 / 4019 K
品牌: VITESSE [ VITESSE SEMICONDUCTOR CORPORATION ]
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VSC6134  
Datasheet  
3.4.6  
LOH Generator Source Configuration Register  
Address:  
0xFF1: Add Path  
0x7F1: Drop Path  
0x0000  
Register Reset Value:  
Table 141. LOH Generator Source Configuration Register  
Reset  
Value  
Bit  
Name  
Access  
Description  
15  
TX_DCC_SOURCE  
R/W  
Indicates the source of the line DCC byte.  
0: Pass the line DCC bytes through transparently.  
1: Source line DCC bytes.  
0
0
0
0
0
0
0
14  
13  
12  
11  
10  
9
TX_S1_SOURCE  
TX_E2_SOURCE  
AISP_AISL_EN  
AISP_LOF_EN  
AISP_LOS_EN  
AISP_LOC_EN  
R/W  
R/W  
R/W  
R/W  
R/W  
R/W  
Indicates the source of the S1 byte.  
0: Pass the S1 byte through transparently.  
1: Source S1 byte.  
Indicates the source of the E2 bytes.  
0: Pass the E2 byte through transparently.  
1: Source E2 byte.  
Indicates whether AIS-L causes AIS-P generation.  
0: AIS-L does not cause AIS-P.  
1: AIS-L causes AIS-P.  
Indicates whether LOF causes AIS-P generation.  
0: LOF does not cause AIS-P.  
1: LOF causes AIS-P.  
Indicates whether LOS causes AIS-P generation.  
0: LOS does not cause AIS-P.  
1: LOS causes AIS-P.  
Indicates whether loss of clock (LOC) causes AIS-P  
generation.  
0: LOC does not cause AIS-P.  
1: LOC causes AIS-P.  
8
7
6
5
TX_B2_SOURCE  
TX_RESERV_SOURCE  
TX_Z1_SOURCE  
TX_Z2_SOURCE  
R/W  
R/W  
R/W  
R/W  
Indicates the source of the B2 byte.  
0: Pass the B2 byte through transparently.  
1: Source B2 byte.  
0
0
0
0
Indicates the source of the line reserve bytes.  
0: Pass the reserve bytes through transparently.  
1: Source reserve bytes.  
Indicates the source of the Z1 bytes.  
0: Pass the Z1 bytes through transparently.  
1: Source Z1 bytes as configured by TX_RESERV.  
Indicates source of Z2 bytes.  
0: Pass the Z2 bytes through transparently.  
1: Source Z2 bytes as configured by TX_RESERV.  
Note: In M1 only mode, Z2 is present where M0 is in M0/M1  
mode.  
4:0  
Reserved  
R/W  
0x0  
248 of 438  
VMDS-10185 Revision 4.0  
July 2006  
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