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add_full_n
- 该程序实现的是n位全加器，首先用与非门实现一位全家器，最后实现n位的全加器。-the program is to achieve the n-bit full adder, first using the door with non-realization of a family - and finally realize the full n-bit adder.
sub_full_n
- 该程序实现的N位全减器，首先实现一位的减法器，之后实现N位全减器。-Program of the N-bit-wide reduction, the first realization of a subtraction for, after all N-reduction devices.
FIR31
- 设计一个线性相位FIR滤波器（31阶） 输入8位，输出8位,H(n)={1,2,0,-2,-2,1,6,6,-1,-13,-21,-11,22,69,111,128,111,……2,1} H(n)具有对称性。 输入信号范围 [±99，0，0，0， ±70，0，0，0， ±99，0，0，0， ±70，…]
adderN
- N位加法器源代码，通用的，通过xilinx验证，希望对大家有用。-N-bit adder source code, a common, through Xilinx certification, useful for all.
clk_div_16
- 利用VHDL语言编写的一个16分频器，另外可以在程序中修改为任意2N的分频器-use VHDL prepared a 16 dividers, Also in the revision process to be arbitrary 2 N Divider
N-0.5fenpinqi
- vhdl N-0.5分频方法设计，可以输入任意数值N，即分得到N－0.5的频率。-vhdl N - 0.5-frequency method, we can input arbitrary numerical N, namely, to be N - 0.5 frequencies.
xapp616
- A Huffman implementation reference design in both VHDL and Verilog is provided by the Xilinx-A. Huffman implementation reference desig n in both VHDL and Verilog is provided by the Xili nx
DCT_vhdl
- IDCT-M is a medium speed 1D IDCT core -- it can accept a continous stream of 12-bit input words at a rate of -- 1 bit/ck cycle, operating at 50MHz speed, it can process MP@ML MPEG video -- the core is 100％ synthesizable-IDCT-M is a medium speed
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.
m-operand-n-bit-adder
- n bit m operand adder
N-jishu-fenpin
- N倍奇数分频器源码,可根据需要修改N数字即可-N times odd divider source
n-bit
- n bit parity generator is a versatile program that adds parity bits for any length of data the user enters . It accurately adds parity bits on the MSB and solves the problem during any kind of digital communication protocol
N-bits-by-M-bits
- 这是一个verilog代码实现的常用乘法器。设计的是通用N比特乘M比特的二进制乘法器-This is a common multiplier verilog code. Design of a generic N bits by M bits of the binary multiplier
modulo-2^n-2^k-1-adder
- 用Verilong语言编写的模2^n-2^k-1加法器，该加法器多用于基于余数系统的蒙哥马利模乘运算。 -Implementation of modulo 2^n-2^k-1 adder Using Verilog.This adder can be use for RNS Montgomery Multiplication
N-DtoA-VHDL-AMS
- 下面是一个混合信号的例子,是一个N位D/A转换器的VHDL-AMS描述-The following is an example of a mixed signal that is a N bit D/A converter described in VHDL-AMS
2^n-divor
- 2的n次方分频设计，可以实现任意分频。使用verilog编写-n th power of 2 crossover design, you can achieve any frequency. Use verilog to write
N-jifenpin
- 用verilog编写的N倍奇分频源码，大家可以参考一下哈哈哈。希望大神指正-With verilog written N times odd divider source code, you can refer to Ha ha ha. Great God hope corrected
N-BitComparator
- N-Bit Comparator Between X and Y
N-BitParallelLoadShifRegister
- N Bit ParallelLoadShiftRegister
n-bit adder
- n-bit optimized adder using VHDL