10/100 非-pci ethernet 单独的 碎片 mac + phy
数据手册
rev. 1.4 (12-12-03)
页 6
smsc lan91c111 rev. b
数据手册
图示 3.3 - lan91c111 物理的 layer至 内部的 毫安c 块Diagram ..................................................................12
图示 7.1 - mi 串行 port 框架 德州仪器ming diagram.....................................................................................................23
图示 7.2 - mii 框架 format &放大; mii nibble 或者der.....................................................................................................24
图示 7.3 - tx/10bt 框架Format ..........................................................................................................................26
图示 7.4 - tp 输出 voltage template- 10MBPS ................................................................................................31
图示 7.5 - tp 输入 voltage template-10mbps.....................................................................................................34
图示 7.6 - soi 输出电压 template -10mbps................................................................................................37
图示 7.7 - link 脉冲波 输出电压 template- nlp,FLP....................................................................................38
图示 7.8 - nlp vs.flp link脉冲波 .........................................................................................................................39
图示 8.1 - 数据框架format.................................................................................................................................43
图示 8.2 - interrupt structure...................................................................................................................................64
图示 10.1 - 中断维护Routine ......................................................................................................................85
图示 10.2 -rx intr ...............................................................................................................................................86
图示 10.3 -tx intr................................................................................................................................................87
图示 10.4 - txempty intr (假设s 自动 释放选项 selected).................................................................88
图示 10.5 - 驱动 send和 allocateRoutines ........................................................................................................89
图示 10.6 - 中断 generati在 为 transmit,receive,MMU ................................................................................91
图示 11.1 - 64 x 16 serial 可擦可编程只读存储器编排...............................................................................................................94
图示 12.1 - lan91c111 在 vl总线........................................................................................................................97
图示 12.2 - lan91c111 在 isa 总线 ......................................................................................................................99
图示 12.3 - lan91c111 在 eisa 总线..................................................................................................................101
图示 14.1 - asynchronous 循环- nads=0...........................................................................................................108
图示 14.2 - 异步的循环 - 美国ing naDS.....................................................................................................109
图示 14.3 - asynchronous 循环- nads=0...........................................................................................................110
图示 14.4 - asynchronous准备好..........................................................................................................................111
图示 14.5 - burst write 循环 -nVLBUS=1 .........................................................................................................112
图示 14.6 - burst 读循环 -nVLBUS=1 .........................................................................................................113
图示 14.7 - 地址 闭锁 为 所有 modes ..........................................................................................................114
图示 14.8 - 同步的 write 循环 -nVLBUS=0...............................................................................................115
图示 14.9 - 同步的读 循环 -nvlbus=0...............................................................................................116
图示 14.10 -mii 德州仪器ming .........................................................................................................................................117
图示 14.11 - transmit 德州仪器ming ................................................................................................................................118
图示 14.12 - receive 定时,终止 的 packet - 10mbps.......................................................................................119
图示 14.13 - collision定时, receive..................................................................................................................120
图示 14.14 - collision定时, transmit.................................................................................................................121
图示 14.15 -jam 德州仪器ming .......................................................................................................................................122
图示 14.16 - link脉冲波定时..............................................................................................................................124
图示 14.17 - flp link 脉冲波定时 ......................................................................................................................125
图示 14.18 - 128 管脚 tqfp 包装 外形, 14x14x1.0 身体 .............................................................................126
图示 14.19 -128 管脚 qfp 包装外形, 3.9mm footprint ..............................................................................127
列表 的 tables
表格 4.1 - lan91c111 管脚 (所需的)东西(128 管脚 qfp 和 1.0mm tqfp package).............................................13
表格 7.1 - 4b/5b标识Mapping............................................................................................................................28
表格 7.2 - transmit 水平的调整...............................................................................................................................32
表格 8.1 - 内部的i/o 空间Mapping .....................................................................................................................46
表格 9.1 - mii 串行框架 structure .......................................................................................................................69
表格 9.2 - mii 串行端口 register 编排 ...................................................................................................................71
表格 10.1 - 典型 流动 的 events 为放置 设备 在低 power 模式 ...........................................................80
表格 10.2 - 流动 的 events 为 restoring 设备 在 正常的 power 模式...............................................................81
表格 12.1 - vl local总线 信号Connections ..........................................................................................................95
表格 12.2 - 高-终止 isa 或者 非-burst eisa machines信号 connectors.............................................................98
表格 12.3 - eisa 32 位从动装置 信号Connections ...................................................................................................99
表格 14.1 - transmit 德州仪器ming characteristics...........................................................................................................117
表格 14.2 - receive 德州仪器ming characteristics............................................................................................................118
表格 14.3 - collision 和 jam定时 characteristics.............................................................................................119
表格 14.4 - link 脉冲波定时 characteristics ........................................................................................................123
表格 14.5 - 128 管脚 tqfp包装 parameters ....................................................................................................126
表格 14.6 - 128 管脚 qfp 包装 parameters ......................................................................................................127
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