搜索资源列表
CNT_24
- 用vhdl实现24小时计数器,方法简单实用。 仿真环境MAXPLUS--use VHDL to achieve 24-hour counter, simple and practical method. Simulation environment Segments-
24miao
- 24秒倒计时系统(有跑马灯) 利用CPLD-24 seconds remaining systems (5,250) using CPLD
2460100Time
- 24,60,100进制的计数器,还有数字时钟,欢迎下载哦~-24,60,100 229 of the counter, digital clock also welcome to download oh ~
spant
- 一个在spantan3上实现的24路分频VHDL程序,实现方法简单,并且在硬件电路上跑过,可以直接使用。可以进一步修改成PWM程序。-a spantan3 achieved in the 24-way frequency VHDL procedures, simple, and the hardware circuits once ran can be used directly. Can be further modified as PWM procedures.
MyClockTest
- 这是我电子线路测试的作业,在FPGA板上实现数字钟,(Max2环境)采用VHDL语言编写,非常适合初学者。具备24小时计时,校时,低高音整点报时,定时和多重功能选择的功能。-This is my test of electronic circuits operating at the FPGA board digital clock (Max2 Environment) using VHDL language, very suitable for beginners. 24-hour time,
rs_decoder_31_19_6.tar
- Hard-decision decoding scheme Codeword length (n) : 31 symbols. Message length (k) : 19 symbols. Error correction capability (t) : 6 symbols One symbol represents 5 bit. Uses GF(2^5) with primitive polynomial p(x) = X^5 X^2 + 1
serial_produce
- 设计一个能够自启动的24-1的伪随机码(111101011001000)发生器。 设计一个序列信号发生器,产生一个011100110011序列码。 实现序列1110100。测试序列码波形 个人比较欣赏第二种方法 -to design an 24-1 since the start of the pseudo-random number (111101011001000) generator. Design of a signal sequence generator to pro
FPGA.rar
- 24秒倒计时设计用于专业篮球比赛有说明和一系列程序代码,24 seconds countdown designed for professional basketball game and a series of procedures has made it clear that the code
clock
- 可以实现时间调节,十二,二十四小时转换,定时,闹钟的时钟-Can be time-conditioning, 12, 24 hours conversion, time, alarm clock
jpeg.tar
- This project features a complete JPEG Hardware Compressor (standard Baseline DCT, JFIF header) with 2:1:1 subsampling, able to compress at a rate of up to 24 images per second (on XC2V1000-4 @ 40 MHz with resolution 352x288). Image resolution is no
Time
- 24小时时钟设计程序,含有时,分,秒的电路设计,基于VHDL语言,用Quartus 2程序实现。-24-hour clock design process, with hour, minute, second circuit design, based on the VHDL language, using Quartus 2 program.
VHDL
- (1)用VHDL语言编写程序,在EDA实验板上实现 (2)能正常计时。显示模式分为两种,即24小时制和12小时制。其中12小时制须显示上,下午(用指示灯显示)。时,分,秒都要显示。 (3). 手动校准电路。用一个功能选择按钮选择较时,分功能,用另一个按钮调校对应的时和分的数值。 用VHDL语言编写程序,在EDA实验板上实现 (4) 整点报时。 (5). 闹钟功能。 (6).秒表功能。-(1) using VHDL language program, in the EDA
ElectronicClockandsimulationwithVHDL
- 电子时钟VHDL程序与仿真。包括:10进制计数器设计与仿真,6进制计数器设计与仿真,24进制计数器设计与仿真.-Electronic Clock and simulation of VHDL program. Includes: 10 binary counter design and simulation, 6 binary counter design and simulation, 24 binary counter design and simulation.
zhangjun
- 用硬件描述语言实现数字钟的设计,实现正常计时,报整点时数,电台整点报时,12小时制与24小时制转换等功能。其中有代码和仿真结果-Using hardware descr iption languages digital clock design, implement the normal timing, the whole point, the number of newspaper, radio and the whole point timekeeping, 12-hour and 24-h
Desktop
- crc校验码verilog代码,24bits,按原理写的代码-cyclic redundancy check 24 bits verilog
24
- 2-4解码器的vhdl描述,行为域的描述,-24 decode
24
- 基于6M晶振FPGA的篮球24秒计时器verilog HDL代码,附testbench-Verilog HDL code for FPGA-based 6M crystal basketball 24 seconds timer, with testbench
C4_24
- 24计数器,并用两个7段数码管分别显示个位和十位(24 counter, and digital display)
2
- 设计一个具有时、分、秒计时的电子钟,按24小时计时。要求: (1)数字钟的时间用六位数码管分别显示时、分、秒; (2)用两个控制键,对数字钟分别进行分、时校正; (3)具有仿广播电台整点报时的功能。即每逢59分51秒、53秒、55秒及57秒时,发出4声500Hz低音,在59分59秒时发出一声1kHz高音,它们的持续时间均为1秒。最后一声高音结束的时刻恰好为正点时刻。 (4)具有定时闹钟功能,且最长闹铃时间为1分钟。要求可以任意设置闹钟的时、分;闹铃信号为500Hz和1kHz的方波信号,两
模24计数器
- 模24计数器的Quartus II文本输入设计及其test bench(Quartus II text input design and test bench of modulo 24 counter)