搜索资源列表
nclight
- 利用硬件描述语言VHDL设计交通灯电路,设计一个十字路口交通灯控制器,东西、南北方向有红灯、黄灯、绿灯,持续时间分别为45、5、40秒。-use VHDL design of traffic lights at the circuit, the design of traffic lights at a crossroads controller East and West, North-South direction of a red light, yellow light, green li
traffic-light-PDF
- 交通灯东南西北四个方向的红,黄,绿三色灯的控制方案VHDL编程-Four corners of traffic lights red, yellow, and green lights VHDL programming control program
traffic
- 简单的交通灯,功能为红灯,黄灯,绿灯轮流亮,时间多少可以改变-Simple traffic lights, feature a red light, yellow light, green light rotation, how much time can be changed
travel
- 自己做的vhdl课程设计,交通灯:实现主干道倒计时,分别为30,20,5秒,分情况:当主干道有车时,红黄绿交替,当只一个道路上有车时,那个道的交通灯变绿色,利用max+plus2做成,使用flex8000,epf8282alc84_4只用加一个38译码器模块即可,使用别的板子也可以运行-VHDL to do their own curriculum design, traffic lights: the realization of the trunk road countdown, 30,20
jiaotongdeng
- 1). 用红、绿、黄三色发光二极管作信号灯。主干道为东西向,有红、绿、黄三个灯;支干道为南北向,也有红、绿、黄三个灯。红灯亮禁止通行;绿灯亮允许通行;黄灯亮则给行驶中的车辆有时间停靠到禁行线之外。 2).由于主干道车辆较多而支干道车辆较少,所以主干道绿灯时间较长。当主干道允许通行亮绿灯时,支干道亮红灯。而支干道允许通行亮绿灯时,主干道亮红灯,两者交替重复。主干道每次放行50秒,支干道每次放行30秒。 在每次由亮绿灯变成亮红灯的转换过程中间,需要亮5秒的黄灯作为过渡,以使行驶中的车辆有时间
VHDl
- 基于VHDL实现的十字路口交通灯功能,其中包括红灯,黄灯,绿灯。-VHDL-based implementation of traffic lights at the crossroads of features, including red, yellow, green.
trafficlight
- 实现十字路口交通灯控制,红灯亮时间为40s,绿灯亮时间为35s,黄灯亮5s,黄灯会在绿灯亮完后闪烁5s-To achieve control of traffic lights at the crossroads, the red light time to 40s, the green light time of 35s, bright yellow 5s, yellow light will blink green after 5s
sy9
- 交通灯 VHDL 程序,程序功能:红灯绿灯各9秒,黄灯3秒-Traffic lights VHDL program, the program features: 9 seconds of red light and green light, 3 seconds of yellow light
traficlight
- 小学期做的交通灯程序,实现红,黄,绿灯按实际情况比例显示,黄灯有闪烁功能;系统有复位和紧急暂停功能-Primary process of doing the traffic lights to achieve red, yellow, green ratio of the actual situation shows that there are flashing yellow light function system reset and emergency Pause
VHDL
- 2人抢答器 简易循环彩灯(红灯3s,绿灯2s,黄灯1s) 交通灯-2 Responder simple cycle lights (red 3s, green 2s, yellow 1s) traffic lights
traficlight
- 交通灯程序,有红绿黄LED输出、蜂鸣器输出及数码管时间显示输出。晶振采用48MHz。-Traffic lights program, a red, green and yellow LED output, buzzer output, and digital time display output. Crystal with 48MHz.
jiaotongdeng-VHDL
- with two sets of red, yellow, and green lights as the two directions of red, yellow, green with two sets of digital control things and north-south direction as a countdown to show time for the red light 45 seconds 50 seconds green, yellow 5 seconds t
light
- 道路交通灯VHDL源代码,红黄绿三种交通灯四个路口的程序设计。下载到实验板上实现交通灯的切换-Road traffic lights VHDL source code, four red, yellow, and green traffic light intersections program. Downloaded to the experimental realization of traffic lights switch
VHDL-traffic-light
- VHDL源代码以及仿真结果,全面的 交通灯 (红绿灯)系统制作介绍,并附有代码注释-VHDL source code and simulation results, a comprehensive traffic lights (red light) system is introduced, and a code Notes
VHDL
- 基于VHDL语言的交通灯设计:通过状态机设计实现交通灯的红黄绿三种灯显示.其功能包括:红绿黄灯显示,倒计时功能,测试功能,手动控制功能.-Based on VHDL design of traffic lights: red, yellow, and green traffic lights, three lights through the state machine design features include: red, green, yellow, countdown function
TrafficLight
- 十字路口交通灯VHDL实现。功能:红绿黄状态的基本转换,红绿灯时间交替变化,黄灯缓冲。-Crossroads traffic lights VHDL realization. Function: red, green and yellow state the basic conversion time alternating traffic lights, yellow cushion.
VHDL
- 有一个实际的十字路口设置有东西、南北两个方向的干道,为确保车辆安全通行,在每条干道的每个入口设置了一组两位数码管显示装置和四组红、绿、黄信号灯,分别用来指示东西方向直行、南北方向直行、东西方向转弯和南北方向转弯;同时设有紧急处理状态,数码管显示可有人工控制,并设有初始化功能。-There is a real crossroads to set something, the north-south trunk road in both directions, to ensure the safe
vhdl
- (1) 在十字路口的两个方向上各设一组红、绿、黄灯,显示顺序依次为红灯-绿灯-黄灯-红灯。 南北方向和东西方向红灯绿灯相反。南北方向红灯显示时间为东西方向黄绿灯显示时间的总和,同理,东西方向红灯显示时间为南北方向黄绿灯显示时间的总和。 (2) 设置一组数码管,以倒计时的方式显示允许通行或禁止通行的时间,其中绿灯、黄灯、 红灯的持续时间分别是7s、2s和9s。 -(1) a set of red, green and yellow lights are arranged in each
vhdl
- 基于状态机的交通灯控制,运用状态机设计红黄绿交通灯控制电路系统。(Based on state machine traffic light control, the use of state machine design red, yellow and green traffic lights control circuit system.)
jtd
- vhdl语言实现常用交通灯控制电路,用于控制某路口红绿黄三色信号灯(VHDL language is used to control the common traffic light control circuit to control the red, green and yellow three color signal lights at an intersection)