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SPI_Bridge_Design_Example
- 基于ALTERA的nios2的SPI通信，文档包含整个工程，包括主从模式，很有参考价值。-Based on ALTERA' s nios2 the SPI communication, the document contains the entire project, including master-slave mode, a good reference.
spi
- 主机meg16，从机meg88，实现主从机SPI通信，电设比赛写的，测试成功-Host meg16, slave meg88, to achieve master-slave SPI communication, electricity based game written to test the success of
18b20spi
- 从板meg88检测18b20温度，每隔一段时间触发一次中断，进行主从板spi通信，将温度传给主板，并通过串口在电脑上显示出来-From the board meg88 detection 18b20 temperature, trigger an interrupt at regular intervals, the master-slave board spi communication, the temperature passed the motherboard, and through
EDA_FPGA_240i2c-master-slave
- 用硬件语言实现的I2C程序，主从都包括，从而实现主从之间的通信-Using the I2C hardware language program, including master and slave are, in order to achieve the communication between master and slave
time_check
- 通信主从机双向系统时钟同步，用于扩频、跳频等。由从机发起时间校准请求，主机回复时间信息，达到主从机的时钟同步。-Slave two-way communication between the host system clock synchronization for spread spectrum, frequency hopping and so on. Initiated by the slave time alignment request, the host response time
spi_verilog
- 在SPI操作中，最重要的两项设置就是时钟极性（CPOL或UCCKPL）和时钟相位（CPHA或UCCKPH）。时钟极性设置时钟空闲时的电平，时钟相位设置读取数据和发送数据的时钟沿。 主机和从机的发送数据是同时完成的，两者的接收数据也是同时完成的。所以为了保证主从机正确通信，应使得它们的SPI具有相同的时钟极性和时钟相位。 -In more details: 1. The master pulls SSEL down to indicate to the slave that com
spi_master
- spi通信主从模式 可以设置速率/工作模式(Master slave mode of SPI communication)