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ADC0809
- ADC0809，完整的功能描述，每0.5秒采样一次，并显示出来。外置ADC0809芯片，-ADC0809, a complete functional descr iption of each sampling time 0.5 seconds, and displayed. ADC0809 external chip
DM7_COLR_LCD_C5T
- 任意信号波形采样和频谱分析演示文件 ADC信号采样、RS232串行通信和频谱分析 增加ADC采样控制模块，接上ADC，即可把模拟信号采入PC机上显示，和相应的频谱分析。 -Arbitrary signal waveforms and spectral analysis of the sampling ADC signal sample presentation, RS232 serial communication and increase the ADC sampling freq
DDS
- 本代码可以用于产生正余弦信号波形，利用FPGA内部的ROM放置一个正余弦采样点的数据表格，通过循环取址的方法，实现波形连续输出。-This code can be used to generate positive cosine signal waveforms, using FPGA' s internal ROM to place a sampling point is the cosine of the data tables, the circulation method of t
fir
- 先用matlab得到所需滤波器的系数，将AD采样的数据经过fir滤波器后输出-First to use matlab to obtain the required filter coefficients, data from the AD sample, after the output filter through the fir
AD7656_Tri
- 触发AD7656进行双路采样的触发控制模块 内附QUARTUS生成的bsf文件-AD7656 Dual Trigger to trigger the control module sample included QUARTUS generated bsf file
FPGA_AD
- 基于 Cyclone EP1C6240C8 FPGA的ADS2807接口程序，主要用来使用FPGA控制ADS2807的采集。 采用FPGA来模拟ADS2807的时序来实现控制功能。 提供采样频率控制、AD通道转换、采样数据缓存等功能。-Cyclone EP1C6240C8 FPGA-based interface program of the ADS2807, ADS2807 is mainly used to control the use of FPGA collection. AD
FPGA_ADDA
- 基于 Cyclone EP1C6240C8的ADS2807，DAC2902 测试程序。主要用来使用FPGA控制ADC采集和DAC的输出，从而达到高频率信号处理的功能。首先从ADC2807采集数据，然后送给DAC2902输出。 采用FPGA口线模拟ADC2807和DAC2902的时序来实现。 提供ADC采样频率控制、DAC输出频率控制、输出波形控制、ADC通道转换、DAC通道转换等功能。-Based on Cyclone EP1C6240C8 of the ADS2807, DAC2902
AD
- ad7667的高速采集程序，采样率800kbps,16位精度采样-ad7667 high-speed acquisition procedures, sampling rate of 800kbps, 16 bit accuracy sampling
adc0809
- 基于ADC0809的采样控制电路的实现，虽然简单，但是代码写得规范，值得学习-ADC0809 based sampling control circuit implementation is simple, but the code is written specifications, it is worth learning
rs232
- 用vhdl实现fpga串口通信 包含 波特率生成 发送模块 接收模块 过采样 signaltap使用-Vhdl fpga serial communication with the realization of sending module contains the baud rate generation receiver module using oversampling signaltap
2345676588FPGAxiebofenxi
- 本文给出一种基于FPGA的新型谐波检测系统的设计方案。在该方案中，采用FPGA实现快速的FFT运算，采用数字锁相环来同步被测信号，以减小由非同步采样所产生的误差并给出实现的设计实现。数字锁相环和FFT算法用VHDL语言设计实现，该方案能提高谐波分析的精度以及响应速度,同时大大地精简了硬件电路, 系统升级非常方便。-This paper presents a new FPGA-based harmonic detection system design. In the scheme, using
FPGAADC(VHDL)
- 用FPGA实现的ADC采样器(用VHDL编写)-ADC with FPGA-sampler (using VHDL written)
AD
- 利用VHDL是实现对ADC0809对信号是实现采样-VHDL is used to realize the ADC0809 samples the signal is achieved
msk_mod
- msk 调制解调源码，每符号采样8次。对pn码进行调制后，进行解调，解调过程含：符号差分，中值滤波等过程。-msk modem source code, sample 8 times per symbol. Modulation of the pn code after the demodulation, the demodulation process including: symbol differential, the value of the filtering process.
shishi
- 基于FPGA的实时采样系统设计！双口ram典型应用！-FPGA-based real-time sampling system!
pid
- 采样量化，实现数字PID功能，并观察了PID实现后的误差。包含测试文件和实验报告-Sample quantization, digital PID function, and after observing the realization of the error of PID. Contains the test documents and test reports
adc0809
- 利用FPGA控制ADC0809采样电压，并通过数码管显示电压数值-ADC0809 FPGA control by sampling the voltage and the voltage value through the digital display
AD7888-sampling-with-VHDL
- 用VHDL语言编写的AD7888模数转换芯片的采样程序- AD7888 sampling with VHDL program
AD0809
- AD0809的采样控制设计，经过试验成功了得-AD0809 sampling control design
Digital-Signal-Processing-with-FPGA
- FPGA结合DSP设计，如FIR、IIR滤波器，CORDIC算法,多重采样率信号处理，FFT,有对应的VHDL/Verilog 代码code-FPGA Combines with DSP, FIR 、IIR Digital Filters,CORDIC,FFT,Adaptive Filters，VHDL/Verilog code