搜索资源列表
adc_cvt
- FPGA控制AD采样一个周期采样32点，求给改成64点-FPGA controls the sampling period 32 AD sampling a point, seeking to change the 64-point
PAPER
- 基于FPGA的高速并行A_D采样控制电路的设计-AD high speed sampling circuit design based on FPGA
adcint
- 基于FPGA，实现控制ADC0809对模拟信号的采样输出-Based on FPGA, to control the ADC0809 to the analog signal sampling output
ADC_TLC549
- 利用FPGA控制tlc549实现采样，并通过数码管显示采样结果-Implementation using FPGA control tlc549 sampling, and sampling results through digital display
DataRecovery
- 利用过采样技术，适用于FPGA对百兆左右的突发数据进行恢复-FPGA can recover burst 100MHz data based on over sampling
ADc
- 与单片机相比，用CPLD/FPGA器件更适合于直接对高速AD采样控制。本实验接口器件为ADC0809，根据ADC0809的工作时序使用CPLD产生该控制信号，CPLD启动AD转换后，得到的数据送至单片机并在PC机及数码管上显示AD转换结果。-Compared with the microcontroller, CPLD/FPGA devices more suitable for direct sampling control of high-speed AD. The interface of
Temperature_acquisition
- 用VHDL语言在FPGA上实现了8路温度数据的采样功能。控制THS1408芯片进行AD转换，采样后存入对应的8组寄存器，并产生使能信号通知其他模块进行8路数据的统一采样。-8-channel temperature data sampling function is implemented on FPGA using VHDL language. Control THS1408 chip AD converter, and sampled into the corresponding set o
ad_da
- Altera FPGA ad采样，da回放-Altera FPGA AD sampling, da playback
AD250MdaFIFO
- AD250 FPGA PCI桥采样示例代码-AD250 FPGA PCI bridge sampling
uart
- 用FPGA实现串口的收发功能，采用16背波特率的时钟对RXD采样，波特率的误差允许范围为4.8 -16 back baud rate clock on RXD serial transceiver functions FPGA implementation sampling, the range of allowable error of the baud rate of 4.8
ad976
- FPGA实现AD976的自动采样的Verilog HDL程序，所采用的是AD976的模式一，已调试成功-AD976 FPGA to realize the automatic sampling of the verilog HDL program, the is AD976 model a, already debugging success
ad976_CS
- FPGA实现AD976的自动采样的Verilog HDL程序，所采用的是AD976的模式二，即采用CS信号，已调试成功-AD976 FPGA to realize the automatic sampling of the Verilog HDL program, the AD976 is the mode 2, i.e., to use the CS signal, already debugging success
fpga_ad
- 本文减少了如何用FPGA实现AD的采样控制，对于首次使用者很有参考价值-Reduce the FPGA implementation of AD sampling control, great reference value for first-time users
ad_sample
- BF537开发板上用fpga实现AD采样，DSP用DMA将fpga内的数据读回dsp-BF537 development board with fpga implementation AD sampling, DSP DMA will use the data read back fpga dsp
ads1252
- 用fpga控制ads1252采样，晶振高，速度快，采用的是同步模式，采样回来的前5个值不准，取值要从第6个值开始，第一位是标志位-With fpga control ads1252 sampling, crystal, high speed, using the synchronous mode, the first five sampling returned values are not allowed, ranging from the first six va
sbq
- 基于fpga和传统示波器工作方式的vhdl程序，通过ad0809采样信号（可兼容tlc5510）再经由8位da转换输出，同时输出外触发锯齿波，建议使用感性小的示波器探头，否则锯齿波低频时会出现失真-Fpga-based and traditional ways of working oscilloscope vhdl procedures, through ad0809 sampling signal (compatible tlc5510) and then through eight da
dsp_core_tx_filter
- 应用在USRP N210上的XIlinx的FPGA开发板上面的变采样滤波器，实现25--30.72M的变采样滤波器，适应LTE物理层的要求-Application on the USRP N210 FPGA development board above XIlinx variable sampling filter, to achieve 25- 30.72M variable sampling filter, adapt LTE physical layer requirements
A-C8V4
- 淘宝畅销FPGA开发板的A-C8V4 电路图及例子 9实验九：利用语言实现3-8译码器 10实验十：利用语言实现按键和数码管显示 11实验十一：利用语言实现乘法器数码管显示 …… 18实验十八：利用语言实现蜂鸣器唱歌 23实验二十三：利用语言实现LCD1602显示 24实验二十四：利用语言实现LCD12864显示汉字 25实验二十五：利用程序实现串口RS232与电脑通信 28实验二十八：利用程序实现VGA显示RGB彩条信号 31实验三十一：利用程序实
audio_fft_vga
- 代码使用Verilog HDL实现了使用WM8731对音频进行采样，并且使用ALTERA FPGA实现了频谱计算（FFT），在VGA上显示频谱。-Achieved using the Verilog HDL code using WM8731 audio sampling, and use ALTERA FPGA to achieve the calculated spectrum (FFT), shows the spectrum on VGA.
FPGAADS8364
- FPGA控制AD采样芯片ADS8364，电力行业应用很广-FPGA control AD chip ADS8364 sampling