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能综合的YCrCb2RGB模块（verilog)_采用3级流水线
- 能综合的YCrCb2RGB模块（verilog)_采用3级流水线,用fpga做小数运算，还有就是流水线技术 -can YCrCb2RGB integrated module (Verilog) _ used three lines, they simply do with fractional arithmetic, there is pipelining technology
MSP430BUADsisuanqi.rar
- MSP430波特率计算器，直接输入波特率就产生对应的寄存器值，包括整数和小数部分，使用很方便,MSP430 baud rate calculator, direct input baud rate is generated corresponding register values, including the integer and fractional parts, very easy to use
PhaseNoise.rar
- 小数分频技术解决了锁相环频率合成器中的频率分辨率和转换时间的矛盾, 但是却引入了严重的相位噪声, 传统的相位补偿方法由于对Aö D 等数字器件的要求很高并具有滞后性实现难度较大。$2 调制器对噪声具有整形的功 能, 因而将多阶的$2 调制器用于小数分频合成器中可以很好地解决他的相位噪声的问题, 大大促进了小数分频技术的 发展和应用。文章最后给出了在GHz 量级上实现的这种新型小数分频合成器的应用电路, 并测得良好的相噪性能。,Fractional-N technology to s
ds18b20.rar
- pic单片机 18B20温度传感器和六位数码管显示温度结果，其中整数部分2位，小数部分4位,pic Singlechip 18B20 six digital temperature sensor and display temperature results, in which two integer part, fractional part 4
divider16
- 16位小数除法器verilog源码，可综合的，已经仿真过。-16bit fractional numeral divider verilog source
4byte_div_byte4
- 4字节除4字节程序具有功能多、精度高、简短、运行速度快等特点，可用于求4字节倒数，求商的整数(结果为4字节)，求商的小数部分(结果为4字节)，调用两次即可求8字节商-4 bytes 4 bytes procedures in addition to multi-functional, high precision, short, fast, etc., can be used for 4-byte countdown, and the integral operators (the result
4div4
- 4字节除4字节程序具有功能多、精度高、简短、运行速度快等特点，可用于求4字节倒数，求商的整数(结果为4字节)，求商的小数部分(结果为4字节)，调用两次即可求8字节商。-4 bytes 4 bytes procedures in addition to multi-functional, high precision, short, fast, etc., can be used for 4-byte countdown, and the integral operators (the resul
ADC0832
- 传感器接口说明:从左到右依次为通道1,地,通道2 功能:在数码管上显示传感器接口通道2输入的电压 小数部分为7位,整数部分1位-Sensor Interface Descr iption: from left to right channel 1, and channel 2 functions: to show possession in the digital sensor interface channel 2 voltage input for the fractional part o
ds18b20
- 实验目的：熟悉DS18B20的使用 //六位数码管显示温度结果，其中整数部分2位，小数部分4位 //每次按下RB0键后进行一次温度转换。 //硬件要求：把DS18B20插在18B20插座上 -The purpose of the experiment: the use of familiar DS18B20// 6 the results of the digital temperature display, in which two integer part, fraction
ds18b20
- 实验目的：熟悉DS18B20的使用，六位数码管显示温度结果，其中整数部分2位，小数部分4位，每次按下RB0键后进行一次温度转换。-Experimental Objective: DS18B20 familiar with the use of six digital display temperature results, in which two integer part, fractional part of four, each time after pressing the button
FPGArealiztionofdigitalsignalprocessing
- 数字信号处理FPGA实现 实用程序和文件,有sine.exe ---输入宽度。输出对应的正弦波表 mif文件 csd.exe --- 寻找整数和分数的标准有符号数字量（canonical signed digit ，CSD）表达式程序 fpinv.exe --- 倒数计算浮点数表的程序 dagen.exe ---分布式算法文件生成HDL" onclick="tagshow(event)" class="t_tag">VHD
DS18B20
- 在数码管上显示当前DS18B20测到的温度 小数部分为4位,温度为负时，最高位显示"-" 测量范围:-55℃ ～ +125℃-In the digital tube displays the current measured temperature of DS18B20 fractional portion 4, the temperature is negative, the highest display "-" Measuring range:-55 ℃ ~+12
DividerVHDL
- 使用VHDL进行分频器设计，主要是一些分频的东西，整数分频，小数分频，奇次分频和偶次分频-Divider using VHDL to design, mainly because some sub-band stuff, integer divider, fractional-N, odd and even sub-sub-sub-sub-band frequency
5956447divider
- 基于srt-2算法，利用verilog实现16位定点无符号数除法器（除数、被除数均由16位整数和16位小数组成，商由32位整数和16位小数构成，余数由32位小数组成）-Based on srt-2 algorithm, using verilog to achieve 16-bit fixed-point unsigned divider (divisor, dividend by 16-bit integer and 16-bit decimal form, business from the
06_DS18B20
- DS18B20温度测量实验 功能:在数码管上显示当前DS18B20测到的温度 小数部分为4位,温度为负时，最高位显示"-" 测量范围:-55℃ ～ +125℃-DS18B20 temperature measurement test functions: in the digital tube displays the current measured temperature of DS18B20 fractional portion 4, the temperature
square_root
- /* root_x is an 8 bit number with four bits in front of the binary point and four bits behind, increment is an 11 bit number with 3 bits in front of the binary point and 8 bits behind the binary point. In order increase resolution and preve
DDS-FENPIN
- DDS实现任意小数分频,2.4.6，8和小数分频-DDS to achieve any fractional frequency 2.4.6,8 and fractional-N
divide
- 关于verilog的分频程序 等占空比 非等占空比 小数分频 奇数分频-Verilog frequency on the sub-procedures such as the duty cycle of non-duty-cycle fractional odd frequency, etc.
232543
- FPGA Implementation of QFT based Controller for a Buck type DC-DC Power Converter and Comparison with Fractional and Integral Order PID Controllers
The-FPGA--fractional-divider
- The FPGA-based realization of the fractional divider