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FPGA_Clk
- 基于Cyclone EP1C6240C8 FPGA的时钟产生模块。主要用于为FPGA系统其他模块产生时钟信号。采用verilog编写。 使用计时器的方式产生时钟波形。 提供对于FPGA时钟的偶数分频、奇数分频、始终脉冲宽度等功能。-Based on Cyclone EP1C6240C8 FPGA' s clock generator module. Is mainly used for the FPGA system clock signal generated in other
gh_timer_8254_081608
- Timer 8254 Verilog source code
timer
- 淺顯易懂的學習verilog程式基礎範例以時鐘為示範-Learn easy to understand the basic Verilog code for an example of a clock model
timer
- 计时器的Verilog描述 CPU设计者可以借鉴 -Verilog decription of the timer in processors
StopWatch
- 用C#写的跑表,用于学习Timer控件和C#下的stopwatch类,在VS.net 2005下运行通过.-Using C# to write the stopwatch for the study and Timer controls and C# under the stopwatch class, VS.net 2005 in the run through.
basketball
- Verilog编写的篮球比赛24秒计时器,有复位、暂停等功能-Written in Verilog basketball game 24 seconds timer, a reset, and pause
TIMER
- SOPC 系统集成编译的TIMER IP核 Verilog代码-timer ip core in SOPC
pit8253
- this is a code of 8253 programme interval timer in verilog
timer
- 本代码用verilog语言描述,在nios上操作,实现了定时器的设置和中断操作,并结合timestamp读取程序运行的时间。-The code to use verilog language to describe, in nios on operation, to achieve the timer settings and interrupt operation, combined with the timestamp reads the program run.
StopWatch
- verilog实现数字式秒表,秒表有一个按键开关:当电路处于“初始”状态时,第一次按键,计时开始(“计时”状态);再 次按键。计时停止(“停止”状态);第三次按键,计时器复位为 0’0’.0’’,且电路恢复到“初始”状态。详见压缩文件包内pdf说明。-Verilog in implementing digital stopwatch, stopwatches have a key switch: when the circuit is in the initial State, firs
SDRAM_interface
- SDRAM verilog 代码,已经在MT48LC1M16A1上验证过。-The MT48LC1M16A1 is a 16Mb SDRAM arranged in 1M x 16bits. 1. the SDRAM has been initialized with CAS latency=2, and any valid burst mode 2. the read agent is active enough to refresh the RAM (if not, add a re
Timing-
- 利用verilog设计的停车场中的计数器计时器和计费器,完成智能管理效果-Use the counter timer and meter parking lot in the Verilog design, intelligent management
071162程序
- 设计一个用于篮球比赛的定时器。要求: (1)定时时间为24秒,按递减方式计时,每隔1秒,定时器减1; (2)定时器的时间用两位数码管显示; (3)设置两个外部控制开关,开关K1控制定时器的直接复位/启动计时,开关K2控制定时器的暂停/连续计时;当定时器递减计时到零(即定时时间到)时,定时器保持零不变,同时发出报警信号,报警信号用一个发光二极管指示。 (4)输入时钟脉冲的频率为50MHz。 (5)用Verilog HDL语言设计,用Modelsim软件做功能仿真,用Quartus II综