资源列表
FPGApro
- VERILOG HDL 实际工控项目源码 开发工具 altera quartus2-verilog HDL actual industrial projects source development tools altera quartus2
2005729104736
- 《EVC高级编程及其应用开发》源代码合集 开发工具 evc4.0-"EVC Advanced Programming and Application Development" source code development tools evc4.0 Collection
uC-GUIv31408
- uc gui v3.14源码 vc6.0编译通过-uc gui v3.14 compile source vc6.0
bf533FAT32
- 在Bf533上实现FAT32文件系统，开发工具为Visual DSP＋＋3.5，-Bf533 in achieving FAT32 file system. Visual development tools for DSP + +3.5.
baijinzhi
- 利用扫描加记数程序实现百进制,适合VHDL的初学者使用.-increase in the use of scanning program in mind several hundred 229 and is suitable for beginners to use VHDL.
ADCINT
- 此程序基于ADC0809,它是CMOS的8位A/D转换器，片内有8路模拟开关，可控制8个模拟量中的一个进入转换器中。-Connection between ADC 0809, it was the eight CMOS A / D converters. Tablets containing eight analog switches, control eight of analog converters enter a Chinese.
shukongfenpinqi
- 数控分频器设计:对于一个加法计数器，装载不同的计数初始值时，会有不同频率的溢出输出信号。计数器溢出时，输出‘1’电平，同时溢出时的‘1’电平反馈给计数器的输入端作为装载信号；否则输出‘0’电平。 -NC divider design : an adder counter, loading the initial count value, have different frequency output signal of the overflow. Counter overflow, the
nclight
- 利用硬件描述语言VHDL设计交通灯电路,设计一个十字路*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
led_5
- //串行驱动led显示， //一个74hc595位移寄存器驱动三极管驱动led位， //两个74hc595驱动led段，方式位5位x8段x2=10个数码管 //5分频，每次扫描时间位1.25ms-/ / Serial Driver led, / / a 74 hc595 displacement Driver Register triode-led drive, / / 2 74 hc595 led drive, 5-way x8 of x2 = 10 digital control
JIANCEPAN
- 一个75HZ铃流实时检测程序，灵敏度很高，可以用于电话来电铃流检测。-a 75HZ bell flow real-time detection procedures, high sensitivity, can be used for phone calls Chu flow detection.
serial_ppga
- 异步串口通信口在FPGA实现，功能有（1）串行数据接收的同步控制；（2） 串行数据发送的同步控制-asynchronous serial communication port of the FPGA, function (1) serial data receiver synchronization control; (2) the transmission of serial data synchronization control
dds_fpga
- DDS在现在运用月来越广泛，在相对带宽、频率转换时间、相位连续性、正交输出、高分辨力以及集成化等方面都远远超过了传统频率合成技术所能达到的水平，为系统提供了优于模拟信号源的性能。利用DDS技术可以很方便地实现多种信号。在FPGA上实现的DDS-DDS now to the use of more extensive relative bandwidth, frequency conversion time, phase continuity, quadrature output, high-re