资源列表
FULL_UART
- UART using FPGA implementation
串口通讯
- 利用FPGA 收发串口数据，可与上位机以及其它芯片通信(Using FPGA to send and receive serial data, it can communicate with the host computer and other chips.)
code-and-result-for-66myfir
- 该附件为一基于VHDL语言的66阶FIR滤波器设计的整个过程和实验测试结果，对于相关开发人员和初学人员有很好的参考价值。-The Annex is a language based on VHDL-order FIR filter design 66 the whole process and experimental results, for the relevant developers and beginners who have a good reference value.
s3esk_picoblaze_pwm_control
- picoblaze实现 脉冲宽度调制 SPARTAN3E 500E-picoblaze for Pulse Width Modulation SPARTAN3E 500E
xiaomei2
- 功放线性化的基带数字预失真方案及其测量电路的实现-Power amplifier linearization with digital pre-distortion based program and its implementation of the measuring circuit
szxszw
- 数字钟（4位）的显示计时现显示和带全置位功能的非常完善的时钟设计，设计层次清晰-Digital clock (4) the timing of the display and will now be displayed with full set of clock function very well designed, clear design hierarchy
sram
- 数据存储和读取电路以一个双端口SRAM为中心，用二进制计数器产生存取地址、以十进制计数器产生欲存储的数据，读出的数据经过LED七段译码，送LED数码管显示-Data storage and reading circuit in a dual-port SRAM as the central access address generated using a binary counter to generate For decimal counter data stored, read out th
fre_counter
- 基于FPGA的频率计，超简洁，再测fx=10 KHz的方波时，得到的频率是9.995 KHz ，误差为0.05-Frequency Meter based on FPGA
Design_of_Traffic_Light_Controller_Based_on_VHDL.r
- :传统的交通灯控制器多数由单片机或PLC来实现,文中介绍了基于VHDL硬件描述语言进行交通灯控制 器设计的一般思路和方法。选择XIL INX公司低功耗、低成本、高性能的FPGA芯片,采用ISE5. X和MODELSIM SE 6. 0开发工具进行了程序的编译和功能仿真。最后给出了交通灯控制器的部分VHDL源程序和仿真结果,仿 真结果表明该系统的设计方案正确。-Traffic light controller is usually developed bymicro p rocesso
rs232_verilog
- FPGA实现串口通信实验，用verilog实现串口的发送和接收数据-FPGA Implementation of serial communication experiment, the serial port to send and receive data with verilog
B08040825_2_8
- 课程设计报告，做的28译码器，很实用，供大家参考-Curriculum design report, do the 28 decoder, it is useful for reference
DE2_LCM_CCD
- 在DE2上完成简单的数码相机功能，有简单的拍照储存放大曝光度调节功能-Simple DC platform on DE2