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FPGAprogram5
- 数控振荡器的频率控制字寄存器、相位控制字寄存器、累加器和加法器可以用VHDL语言描述，集成在一个模块中，提供VHDL源程序供大家学习和讨论。 -NC oscillator frequency control word register, phase control word register, and processing instruments used accumulator can be used VHDL descr iption, in an integrated modules
shukongfenpinqi
- 数控分频器设计:对于一个加法计数器，装载不同的计数初始值时，会有不同频率的溢出输出信号。计数器溢出时，输出‘1’电平，同时溢出时的‘1’电平反馈给计数器的输入端作为装载信号；否则输出‘0’电平。 -NC divider design : an adder counter, loading the initial count value, have different frequency output signal of the overflow. Counter overflow, the
Verilog_tutorial_NC
- 对NC Verilog的基本介绍，详细的图解，非常适合初学者使用，一个word文档和一个pdf文档
gen_nx64k
- N×64K数控分频模块，可将2.048M时钟分频为一个NX64k的时钟，在E1复用设备上应用。 -N × 64K NC frequency module can be 2.048M NX64k clock frequency for a clock, the E1 multiplexing equipment apply.
ncvlog
- Cadence NC-verilog user guide C adence NC-verilog user guide C adence NC-verilog user guide Cadence NC-verilog user guide-Cadence NC-verilog user guide Cadence NC-verilog user guide Cadence NC-verilog user guide Cadence NC-verilog user gu
fredevide
- 用FPGA仿真实现数控分频器，完整的工程文件-FPGA simulation of nc prescalar, including complete project files
Crack_QII81_FULL_License
- quartus 8.1 ipcore lic,包含ddr、ddr2、fir、nco-quartus 8.1 ipcore lic, with ddr, ddr2, fir, nco
dzq
- 利用数控分频器设计硬件电子琴.硬件电子琴电路模块设计-Use hardware organ NC divider design. Hardware electric circuit module design
NcVerilog_tutorial
- nc verilog 的使用说明和实例，对于实用nc来进行仿真进行了详细说明。-nc verilog instructions and examples for the utility to carry out simulation nc described in detail.
shukongfenpin
- 数控分频器的输出信号频率为输入数据的函数。用传统的方法设计,其设计过程和电路都比较复杂,且设计成 果的可修改性和可移植性都较差。基于VHDL 的数控分频器设计,整个过程简单、快捷,极易修改,可移植性强。他可利用 并行预置数的加法计数器和减法计数器实现。广泛应用于电子仪器、乐器等数字电子系统中。-NC divider output signal frequency is a function of input data. Using traditional methods of desig
ima_adpcm_encoder_latest.tar
- This project features a full-hardware sound compressor using the well known algorithm: IMA ADPCM. The core acts as a slave WISHBONE device. The output is perfectly compatible with any sound player with the IMA ADPCM codec (included by defau
fdiv
- 基于Quartus II的数控分频器的项目设计，实现对时钟信号的任意进制分频，包含了项目文件和VHDL源代码-NC-based prescaler Quartus II project design, implementation of the clock signal of arbitrary frequency band, including the project files and VHDL source code
ghzfchsa
- 数控分频器，可实现50m以内任意整数分频-NC divider can be realized within 50m of arbitrary integer frequency
dvf
- 利用VHDL语言实现数控分频，通过输入频率控制字来调整分频，输出不同的频率-NC VHDL language use frequency, through the input frequency control word to adjust the frequency, the output of different frequency
VHDL
- 基于vhdl数控分频器的设计与应用，少有的关于分频方法的介绍-Divider based on vhdl design and application of NC
EfficientSynthesizableFiniteStateMachineDesignusin
- 高效的同步有限状态机的设计，本代码详细的说明了如何设计高效和规范的fsm设计-Efficient Synthesizable Finite State Machine Design using NC-Verilog
maikuantiaozhifashengqi
- VHDL语言编写的正负脉宽数控调制信号发生器-VHDL language of the positive and negative pulse-width modulated signal generator NC
experiment6
- VHDL课程实验6，数控分频器的设计。对应不同的输入信号，预置数（初始计数值）设定不同的值，计数器以此预置数为初始状态进行不同模值的计数，当计数器的状态全为1时，计数器输出溢出信号。用计数器的溢出信号作为输出信号或输出信号的控制值，使输出信号的频率受控于输入的预置数-VHDL course experiment 6, NC Divider. Corresponding to different input signals, the set value (initial count) to set
NC-pulse-generator
- 电工电子实验（数控脉冲信号发生器）详细讲解课件-Electronics Experiment (NC pulse generator) explain in detail Courseware
NC-divider-design
- 1、 学习数控分频器的设计、分析和测试方法。 2、 了解和掌握分频电路实现的方法。 3、 掌握EDA技术的层次化设计方法。 -NC divider design