文件名称:Positive-and-negative-pulse-width
介绍说明－－下载内容均来自于网络，请自行研究使用
1、在掌握可控脉冲发生器的基础上了解正负脉宽数控调制信号发生的原理。
2、熟练的运用示波器观察实验箱上的探测点波形。
3、掌握时序电路设计的基本思想
-Positive and negative pulse width modulation signal generator design
2、熟练的运用示波器观察实验箱上的探测点波形。
3、掌握时序电路设计的基本思想
-Positive and negative pulse width modulation signal generator design
(系统自动生成,下载前可以参看下载内容)
下载文件列表
Positive and negative pulse width modulation signal generator\example11\exp11.asm.rpt
.............................................................\.........\exp11.done
.............................................................\.........\exp11.eda.rpt
.............................................................\.........\exp11.fit.eqn
.............................................................\.........\exp11.fit.rpt
.............................................................\.........\exp11.fit.smsg
.............................................................\.........\exp11.fit.summary
.............................................................\.........\exp11.flow.rpt
.............................................................\.........\exp11.map.eqn
.............................................................\.........\exp11.map.rpt
.............................................................\.........\exp11.map.summary
.............................................................\.........\exp11.pin
.............................................................\.........\exp11.pof
.............................................................\.........\exp11.qpf
.............................................................\.........\exp11.qsf
.............................................................\.........\exp11.qws
.............................................................\.........\exp11.sof
.............................................................\.........\exp11.sta.rpt
.............................................................\.........\exp11.sta.summary
.............................................................\.........\exp11.tan.rpt
.............................................................\.........\exp11.tan.summary
.............................................................\.........\exp11.vhd
.............................................................\.........\exp11_assignment_defaults.qdf
.............................................................\.........\incremental_db\compiled_partitions\exp11.root_partition.map.kpt
.............................................................\.........\..............\README
.............................................................\.........\simulation\modelsim\exp11.sft
.............................................................\.........\..........\........\exp11.vho
.............................................................\.........\..........\........\exp11_8_1200mv_0c_vhd_slow.sdo
.............................................................\.........\..........\........\exp11_8_1200mv_85c_vhd_slow.sdo
.............................................................\.........\..........\........\exp11_min_1200mv_0c_vhd_fast.sdo
.............................................................\.........\..........\........\exp11_modelsim.xrf
.............................................................\.........\..........\........\exp11_vhd.sdo
.............................................................\.........\timing\custom\exp11.vho
.............................................................\.........\......\......\exp11_vhd.sdo
.............................................................\.........\......\primetime\exp11.vho
.............................................................\.........\......\.........\exp11_pt_vhd.tcl
.............................................................\.........\......\.........\exp11_vhd.sdo
.............................................................\Positive and negative pulse width modulation signal generator.docx
.............................................................\example11\incremental_db\compiled_partitions
.............................................................\.........\simulation\modelsim
.............................................................\.........\timing\custom
.............................................................\.........\......\primetime
.............................................................\.........\db
......