河北科技大学
课程设计报告
学生姓名（学号）：
专业班级： 课程名称： EDA技术课程设计 学年学期： 2 012 —2 013 学年第 2 学期
指导教师：
2 0 13 年 6 月
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基于FPGA电梯控制器设计
摘要:
系统基于EDA技术的电梯控制器实现，,以现场可编程门阵列(FPGA)为设计核
心，集成于一片ALtera公司的ACEX系列EP1K100QC208—3芯片上，采用超高速硬件描述语言(VHDL)模块化编程,实现了电梯的上行、下行、暂停、手动开门和快速关门等功能，并伴有蜂鸣器和指示灯的提示等功能。本设计的特点在于能够进行真实的电梯模拟，主要采用了状态机,该系统具有集成度高、灵活性强、易于开发和维护等特点。
关键字: FPGA VHDL 电梯控制器 状态机
Abstract:The system according to the EDA technical achieve the elevator controller,It is base on FPGA(Field Programmable Gate Array), adopting VHDL(VHSIC Hardware Description Language) under the environment of ISE.most of the designs gather in the ACEX series
EP1K100QC208—3 chip of the ALtera company .The whole design is composed
of the up going of the elevator , the down going of the elevator , the pause of the elevator , direct manual control open-door and close the door quickly. It can be carry out the function such as conversion, handle and display .It is a characteristic that the system can simulate the real elevator ,which mainly adopting the state machine . The system has high accuracy and stability,it is proved to reliable and of high value and feasibility after testing.
Key –word: FPGA VHDL elevator state machine
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目 录
一、设计要求 .........................................5 二、系统设计 ......................................... 5 三、单元模块设计 ......................................... 7 四、仿真与调试 ............................................ 9
五、优化与约束 ........................................... 10
六、协同与分工 ........................................... 10 七、心得体会 （总结） ............................... 18
参考文献 ................................................ 18
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