文件名称:Arbiter-VHDL-based-design
介绍说明－－下载内容均来自于网络，请自行研究使用
1、熟悉VHDL的编程。
2、熟悉七人表决器的工作原理。
3、进一步了解实验系统的硬件结构。
-Arbiter VHDL-based design
2、熟悉七人表决器的工作原理。
3、进一步了解实验系统的硬件结构。
-Arbiter VHDL-based design
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下载文件列表
Arbiter VHDL-based design\Arbiter VHDL-based design.docx
.........................\example10\exp10.asm.rpt
.........................\.........\exp10.done
.........................\.........\exp10.eda.rpt
.........................\.........\exp10.fit.eqn
.........................\.........\exp10.fit.rpt
.........................\.........\exp10.fit.smsg
.........................\.........\exp10.fit.summary
.........................\.........\exp10.flow.rpt
.........................\.........\exp10.map.eqn
.........................\.........\exp10.map.rpt
.........................\.........\exp10.map.summary
.........................\.........\exp10.pin
.........................\.........\exp10.pof
.........................\.........\exp10.qpf
.........................\.........\exp10.qsf
.........................\.........\exp10.qws
.........................\.........\exp10.sof
.........................\.........\exp10.sta.rpt
.........................\.........\exp10.sta.summary
.........................\.........\exp10.tan.rpt
.........................\.........\exp10.tan.summary
.........................\.........\exp10.vhd
.........................\.........\exp10_assignment_defaults.qdf
.........................\.........\incremental_db\compiled_partitions\exp10.root_partition.map.kpt
.........................\.........\..............\README
.........................\.........\simulation\modelsim\exp10.sft
.........................\.........\..........\........\exp10.vho
.........................\.........\..........\........\exp10_8_1200mv_0c_vhd_slow.sdo
.........................\.........\..........\........\exp10_8_1200mv_85c_vhd_slow.sdo
.........................\.........\..........\........\exp10_min_1200mv_0c_vhd_fast.sdo
.........................\.........\..........\........\exp10_modelsim.xrf
.........................\.........\..........\........\exp10_vhd.sdo
.........................\.........\timing\custom\exp10.vho
.........................\.........\......\......\exp10_vhd.sdo
.........................\.........\......\primetime\exp10.vho
.........................\.........\......\.........\exp10_pt_vhd.tcl
.........................\.........\......\.........\exp10_vhd.sdo
.........................\.........\incremental_db\compiled_partitions
.........................\.........\simulation\modelsim
.........................\.........\timing\custom
.........................\.........\......\primetime
.........................\.........\db
.........................\.........\incremental_db
.........................\.........\simulation
.........................\.........\timing
.........................\example10
Arbiter VHDL-based design