文件名称:bujinji-(kuozhan)
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基于CPLD的步进电机控制实现，使用VHDL语言进行编程，通过控制开关，可以实现正转快速，正转慢速，反转快速，反转慢速四种不同的状态。-
Based on CPLD stepper motor control implementation using VHDL language programming, by controlling the switch, you can achieve fast forward, slow forward, fast reverse, reverse slow four different states.
Based on CPLD stepper motor control implementation using VHDL language programming, by controlling the switch, you can achieve fast forward, slow forward, fast reverse, reverse slow four different states.
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下载文件列表
6bujinji (kuozhan)6 - 副本——状态机改
......................................\db
......................................\..\prev_cmp_state_machine.asm.qmsg
......................................\..\prev_cmp_state_machine.fit.qmsg
......................................\..\prev_cmp_state_machine.map.qmsg
......................................\..\prev_cmp_state_machine.qmsg
......................................\..\prev_cmp_state_machine.tan.qmsg
......................................\..\state_machine.db_info
......................................\..\state_machine.sld_design_entry.sci
......................................\incremental_db
......................................\..............\compiled_partitions
......................................\..............\...................\state_machine.db_info
......................................\..............\...................\state_machine.root_partition.map.kpt
......................................\..............\README
......................................\state_machine.asm.rpt
......................................\state_machine.cdf
......................................\state_machine.done
......................................\state_machine.fit.rpt
......................................\state_machine.fit.smsg
......................................\state_machine.fit.summary
......................................\state_machine.flow.rpt
......................................\state_machine.map.rpt
......................................\state_machine.map.summary
......................................\state_machine.pin
......................................\state_machine.pof
......................................\state_machine.qpf
......................................\state_machine.qsf
......................................\state_machine.qws
......................................\state_machine.tan.rpt
......................................\state_machine.tan.summary
......................................\state_machine.vhd
......................................\state_machine.vhd.bak
......................................\state_machine_assignment_defaults.qdf