资源列表
uart
- UART接口的基于FPGA芯片，用Verilog语言实现，在quartus上操作(UART interface is implemented by FPGA)
cy4_fenpin
- 完成任意的整数的分频，占空比可任意的设置。(Complete arbitrary frequency division)
SHFRTWORD
- 通过状态机实现字符切换，基础vhdl试题范例。(Character switching through state machines.)
04.交通灯
- 既然是交通灯模拟实验，红黄绿三色小灯闪烁时间就要模拟真实的交通灯，我们使用Arduino 的delay（）函数来控制延时时间，相对于C 语言就要简单许多了。(void setup() { pinMode(redled, OUTPUT);/ pinMode(yellowled, OUTPUT) pinMode(greenled, OUTPUT); })
05.按键控制
- 我们来尝试一下使用Arduino的I/O 口的输入功能即为读取外接设备的输出值，我们用一个按键和一个LED 小灯完成一个输入输出结合使用的实验;(Let's try to use the input function of the I/O port of Arduino, that is, to read the output value of the external device. We use a button and a LED lamp to complete an input and
06.抢答器
- 就是将上面的按键控制小灯的实验扩展成3 个按键对应3 个小灯，占用6 个数字I/O 接口,来实现对小灯的控制(It is to expand the above key control light experiments to 3 keys corresponding to 3 small lights, 6 digital I/O interface, to realize the control of the light.)
09.数字电压表
- 本实验我们将电位计的阻值转化为模拟值读取出来，然后显示到屏幕上，这也是我们以后完成自己所需的实验功能所必须掌握的实例应用。(In this experiment, we transform the resistance of potentiometer into analogue value and read it to the screen, which is an example application that we must master after we finish the expe
归档
- ddr3使用教学(DDR3 using teaching)
example1-led_w_dir
- led 按键控制流水灯流水顺序操作以及分频规范书写(LED Control of pipelining sequence operation and frequency divider specification)
McBSP_8bit_Asyn
- 基于FPGA的Mcbsp通信源码，经过项目实测检验(Mcbsp communication source code based on FPGA,Through the test of the project.)
test_28
- 系统时钟选择时钟模块的1Hz时钟，黄灯闪烁时钟要求为1Hz，红灯15s，黄灯5s，绿灯15s(The system clock selects the clock of the clock module of the 1Hz, the yellow light scintillation clock is required for 1Hz, the red light 15s, the yellow light 5S, the green light 15s)
STM32与FPGA通信
- stm32与fpga之间的通信，协议是SPI的，可双向通信（双向通信需要自己例化，只例化了fpga到stm32）(Communication between STM32 and FPGA, the protocol is SPI, two-way communication (two-way communication needs to be taken as an example, only FPGA to STM32))