搜索资源列表
NCO_based_rom
- 完整的基于ROM查找表的NCO 产生10位宽的正交信号-Integrity of the ROM-based lookup table of the NCO have 10-bit wide of the orthogonal signal
RomNCO
- 基于NCO的数字控制振荡器。带测试程序，输出12位的COS和SIN波形。-Based on the digital control oscillator NCO. With test procedures, the output 12 of the COS and the SIN waveform.
NCO
- 用verilog语言写的NCO，在quartus环境中应用-Verilog language written with NCO, quartus environment in the applications
LogicLock
- 实现数字混频，verilog与原理图混合编程-Digital mixer, verilog and mixed programming schematic
RealizationofdigitaldownconversionbyFPGA
- 介绍在FPGA 器件上如何实现单通道数字下变频（DDC）系统。利用编写VHDL 程序和调用部分IP 核相结合的方法研究了数字下变频的FPGA 实现方法,并且完成了其主要模块的仿真和调试,并进行初步系统级验证。-Introduced in the FPGA device on how to achieve the single-channel digital down conversion (DDC) system. VHDL procedures and the use of the prepa
dspddc_R12p1
- 基于DSPbuilder搭建的DDC，里面包括CIC滤波器，FIR低通滤波器，HB半带滤波器，NCO等，实现了GC5016芯片的功能-DSPbuilder erected based on DDC, which include the CIC filter, FIR low-pass filter, HB half-band filter, NCO, etc. to achieve the function of the GC5016 chip
Nco_gen
- NCO产生正余弦振荡波的matlab程序，很实用。-NCO generate cosine Sasser' s matlab program is very practical.
Code_NCO.zip
- 码数控振荡器相位累加器的位数N为32,利用verilog HDL语言在Quartus II 9.1中具体实现了载波和码NCO的设计。,The code numerically controlled oscillator phase accumulator bits N 32 verilog HDL language in the concrete realization of the design of the carrier and code NCO Quartus II 9.1.
NCO
- 卫星导航接收机 数控振荡器NCO模块 verilog程序完整版-verilog program about satellite navigation
NCO_test
- FPGA的压控振荡器NCO完整Verilog工程代码，测试输出1KHZ sin波。signaltap抓取没问题。-VCO NCO complete FPGA Verilog code engineering, test output 1KHZ sin wave. signaltap crawl no problem.
cordic
- verilog编写的数字信号发生器NCO用CORDIC方法实现产生sin cos信号，流水线结构，简单实用。-verilog prepared by the digital signal generator NCO using CORDIC method implementation generate sin cos signal, pipelined architecture, simple and practical。
NCO
- 用Verilog语言编写的数字振荡器，既可以通过频率控制字调整输出频率，也可以通过相位控制字调整其输出相位，已通过调试验证-Verilog language with the digital oscillator, both through the frequency control word to adjust the output frequency, you can also adjust the output phase through the phase control word, h