搜索资源列表
01_MODEL_FIXED
- FPGA控制时钟以及数据的传输相位调节，可以很方便地进行ADC等高速接口的动态相位调整；(FPGA control clock and data transmission phase adjustment, can be easily carried out ADC and other high-speed interface dynamic phase adjustment;)
encoder_clk
- 精确实现奇数分频，将FPGA开发板提供的25MHZ时钟分频为1MHZ，内含测试文件(Accurate realization of odd frequency division, the FPGA development board provides 25MHZ clock frequency divided into 1MHZ, containing test files)
pll_test
- PLL，即锁相环。是FPGA中的重要资源。由于一个复杂的FPGA系统往往需要多个不同频率，相位的时钟信号。所以，一个FPGA芯片中PLL的数量是衡量FPGA芯片能力的重要指标。FPGA的设计中，时钟系统的FPGA高速的设计极其重要，一个低抖动, 低延迟的系统时钟会增加FPGA设计的成功率。本例程调用Xilinx提供的PLL核来产生不同频率的时钟, 并把其中的一个时钟输出到FPGA外部IO上, 也就是开发板的SMA接口上。(PLL, pll. It's an important resource
shi01
- FPGA上机文件一所以在FPGA中采用同 步设计非常重要 MAX+PLUS II可以计算出数据传输需要(fpga Several of the largest chip operating frequency I would be grateful if the output value of counter FFFFC- FE0FF simulation waveform between the print out (only EPF10K70RC240-4 chips, the maximu
display_1
- veilog程序可以在fpga上完成数字钟程序(Verilog program can be completed on the digital clock fpga procedures)
PLL_test
- 用FPGA实现锁相环分频，将基准时钟频率通过PLL核分频生成多种时钟生成。(Phase-locked loop with FPGA to achieve frequency division, the frequency of the reference clock through the PLL core frequency to generate a variety of clock generation.)
JIANYISHIZHONG
- 基于FPGA的简易时钟，使用VHDL语言编写。有源代码 可用试验箱实现功能(Simple clock based on FPGA)
clock_test
- 采用verilog语言，运行在FPGA上的时钟程序，包括小时、分钟、秒，进行计时(Clock programs, including hours, minutes, seconds)
dif
- FPGA设计中，实现基准时钟的分频模块，该模块是将外围电路中所提供的50MHZ将其分频，对时钟模块作用后产生一秒一秒的时钟信号，另外对显示模块的计数器提供时钟实现显示模块的扫描功能。(The design of FPGA, the reference clock frequency module, this module is provided in the peripheral circuit of the 50MHZ frequency, the clock module generates
y1
- FPGA input clock frequency 50Mhz, try to design a frequency divider to realize 1Hz count signal. Requirements: writing design modules; Write the test model.
at7_ex03
- 使用FPGA内部的PLL产生时钟，计数器循环计数驱动LED闪烁。基于vivado平台编写的Verilog代码(Use FPGA's internal PLL to generate clock, counter cycle counting drive LED flicker. Verilog code based on vivado platform)
float_mult32x32.v
- verilog 语言写的FPGA内部实现硬件浮点乘法器的源码，两个时钟周期完成一次浮点乘法运算(The FPGA language written in Verilog implements the source of the hardware floating point multiplier, and completes the floating point multiplication operation in two clock cycles.)