搜索资源列表
msp430与FPGA的通信
- 本程序实现的是MSP430与FPGA间的串并联合通行。
man
- 基于曼彻斯特编码的论文，适用于无线通信的编码方法-Paper-based Manchester encoding for the coding method for wireless communication
lcom
- 很经典的单片机程序，可以实现单片机与FPGA的通信-Is the classic single-chip process can be achieved with single-chip FPGA communications
cy7c63743
- CY7C68013单片机通信测试:数据从控制面板传入EP1IN端点，然后送入IOA端口，然后程序读取IOA端口，送入EP1IN端点，在控制面板显示。-CY7C68013 Singlechip communications test: data from the control panel EP1IN incoming endpoint, and then into the IOA port, and then the procedure to read IOA port, into EP1IN
FPGA
- fpga和单片机串行通信接口实现。主要对于接口的理解 -fpga and the realization of single-chip serial communication interface. For understanding the main interface
20090903FPGA
- 传统的波形发生器采用模拟技术的方法，这种方法构成的波形发生器电路结构复杂，仅能产生正弦波、方波、锯齿波和三角波等几种简单波形。而现在在高科技领域，我们需要的可能是一些任意波形，如在保密雷达发波等军事方面和地震波形、汽车碰撞波形等模拟仿真应用方面。任意波形发生器现在被广泛用于自动控制系统、振动激励、仪器仪表领域。我国目前在这方面还比较落后，特别是在用DDS技术实现任意波形发生器方面。本课题我们打算用DDS技术基于FPGA核心板设计一个任意波形发生器。该仪器我们用LabVIEW来写的控制面板实现与F
FGGA-MCU-commucation
- FPGA与单片机串口通信波特率4800kb/s-FPGA and the microcontroller serial communication baud rate 4800kb/s
DataSample
- 基于8051单片机+FPGA的高速数据采集系统单片机部分，C源码，对于这种结构的数据采集系统有一定的参考意义-8051 MCU+ FPGA based high-speed data acquisition system in SCM, C source code, for this structure to the data acquisition system has some reference value
315MHz_Communication
- 本人写的一种在恶劣环境下的用315MHz无线模块进行可靠的数据通信的编解码方法，经过软硬件测试，可靠性很高！-I write a bad environment in the wireless module with 315MHz for reliable data communication encoding and decoding methods, through hardware and software testing, reliability is high!
FPGA-contronl
- 单片价c8051与FPGA的SPI接口通信，近端机与光口通信控制-Price c8051 and the FPGA-chip SPI interface communication, the proximal port communication control unit and light
MSP430-FPGA-conmunication
- 本程序实现了MSP430与FPGA各功能的通信。采用的串并联合通信-This program implements the functions of the MSP430 and FPGA communication. Using seiral and parralled Telecommunications
mcu-fpga
- 单片机与fpga通信，单片机接受，可接受多位数据，该程序为单片机向fpga发送sclk信号，编译已通过-Communicate with the fpga chip microcontroller accepted and acceptable multi-bit data, the program for the microcontroller to send sclk signal fpga
spi-for-fpga-and-stm32
- ＦＰＧＡ于ＳＴＭ３２握手ＳＰＩ通信，ＤＡＣ数据的传输，双向的数据传输-FPGA Handshake SPI communication to STM32
UDP0613
- 基于STM32F427的一个程序，包含双CAN通信，MCP2515，RMII 接口UDP通信，可以直接寄存器方式访问FPGA内部数据(STM32F427 based program, including double CAN communication, MCP2515, RMII interface, UDP communication, you can directly register access to FPGA internal data)
stm32开发板FSMC读写FPGA
- STM32通过fsmc总线与FPGA通信(stm32 communication with FPGA by FSMC bus)
XilinxVirtualCable-master
- Xilinx虚拟连接，这是一种基于TCP/IP协议的通信技术，以实现JTAG功能，通过这样的连接，可以访问开发的FPGA或者SOC，而不需要通过传统的JTAG电缆。(Xilinx Virtual Cable (XVC) is a TCP/IP-based communication protocol that acts like a JTAG cable and provides a means to access and debug your FPGA or SoC design wi
FPGA_stm32f4_fsmc通信
- STM32和fpga联合调试通信 利用arm模拟FSMC信号，与STM32通信 进而实现数据的交换和通信(Joint debugging communication between STM32 and FPGA Using arm to simulate FSMC signals and communicate with STM32 And then to achieve data exchange and communication)
spi
- 基于FPGA的SPI通信协议，主机的Verilog代码(SPI - based SPI Communication Protocol)
STM32与FPGA通信程序
- STM32F1与FPGA的SPI通信程序(SPI communication program between STM32F1 and FPGA)
程序-正弦信号发生器(FPGA+STM32版)
- 以FPGA为核心，实现正弦波、调制波AM、FM、ASK和PSK等功能，通过SPI协议与STM32通信，实现输出波形的选择、频率的设置和基带信号的设定等。(With FPGA as the core, the functions of sine wave, modulation wave AM.FM. ASK and PSK are realized. The output waveform selection, frequency setting and baseband signal sett