资源列表
hwext
- 基于c8051f120+24c02+18b20的烧水恒温系统，采用PWM脉宽调制控制水温。-Based on c8051f120+ 24 c02+ 18 b20 constant temperature system, adopting the boil water PWM PWM control water temperature.
CPU--design
- 该文档很好的介绍了8位cpu的设计，代码非常详细，很好的参考资料-The document describes a good design of 8-bit cpu, code is very detailed, good reference
code
- PLL中的TDC和DCO代码,是TI公司团队的，相当经典的代码，非常不错-the code of TDC and DCO
FT245
- 在FPGA实现一个与外围USB FIFO 通信的FIFO控制核-The FPGA to implement a communication with the external USB FIFO FIFO control nuclear
c8051f120
- C8051f120单片机的部分开发程序资源，其中包括了外部ram测试程序、单片机产生PWM载波、函数库、恒流源控制、交流恒流源-C8051f120 MCU part of the development program resources, including external ram test program, the microcontroller generates the PWM carrier, library, constant current source control, AC
CHIPSCOPE-to-use-the-SDK-tools-
- EXCD-1 可编程片上系统 实验例程 EDK部分 功能：使用SDK 工具和CHIPSCOPE 进行软硬件协同调试-CHIPSCOPE to use the SDK tools and hardware and software co-debugging
weitongbu_datain
- 这是一个很好的仿真位同步，而且记录了输入的数据进行了转化，可以直接用于verilog里面的信号输入仿真-This is a good simulation of bit synchronization, and recorded data were entered into, which can be directly used for signal input verilog simulation
choose-1-from-4
- VHDL语言编写的4选一编码器，已通过仿真验证，并附有波形图-VHDL language 4 select an encoder, has been verified by simulation, together with the waveform. .
Costas
- 介绍了某直接序列扩频、QPSK调制系统接收通道中四相Costas 载波跟踪环的原理及其基于 DSP+FPGA 的实现-Introduced a direct-sequence spread spectrum, QPSK modulation system, receive path Costas carrier tracking loop four-phase principle and its implementation based on DSP+ FPGA
ad9835-5
- DDS程序，C8051F410与AD0835做的DDS，输出频率可自己改调，上机调试通过！-DDS program, C8051F410 to do with the AD0835 DDS, output frequency can change their tune, on-device debugging through!
shuzidianyabiao
- 系统基于EDA技术的智能数字电压表实现,以现场可编程门阵列(FPGA)为设计核心，集成于一片Xilinx公司的SpartanⅡE系列XC2S100E-6PQ208芯片上，在ISE环境下采用超高速硬件描述语言(VHDL)模块化编程,实现了电压的数据采集、转换、处理、显示等功能。本设计的特点在于能够测量的电压范围宽（0~50VDC），主要采用了分压原理,该系统具有集成度高、灵活性强、易于开发和维护等特点。-System based on EDA technology of intelligent d
Three-phase-power
- 利用FPGA，产生三相SPWM波，与后继硬件电路配合，形成三相电源。高效，实用。-Using FPGA, produce three-phase SPWM wave, with subsequent hardware circuit with the formation of three-phase power. Efficient and practical.