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erjnzhibianma
- snrz.m 本函数实现将输入的一段二进制码编为相应的单极性非归零码输出 snr.m 本函数实现将输入的一段二进制码编为相应的单极性归零码输出 dnrz.m 本函数实现将输入的一段二进制码编为相应的双极性非归零码输出 dnr.m 本函数实现将输入的一段二进制码编为相应的双极性归零码输出-snrz.m achieve this function the input of a binary code compiled for the corresponding unipolar NRZ
vhdl-coding-procedures
- vhdl coding procedures 是在quartusII 下用VHDL编写的 包括了双极性码编hdb3码 和用3位二进制码编hdb3码 -vhdl coding procedures in quartusII prepared under the covers with the VHDL code compilation hdb3 bipolar code and binary code compiled using three hdb3 code
BPSK
- 用于BPSK调制的自行设计，说明如下： 1.matlab.txt中的程序是matlab平台下的.mat格式。目的是输出一个64*4的矩阵，矩阵的每个元素都为0~255间的整数。矩阵每行的四个数是一个码元的四个抽样点的量化值。但由于当前码元通过升余弦滤波系统时，受到前后共6个码元的共同影响，所以是由6个码元共同决定。这6个码元是随机的，可能是0也可能是1（双极性时可能是-1也可能是+1），故6个码元共2^6=64种情况，所以产生的矩阵是64*4。最后逐行输出这256个数。 2.
kuandaizaoshengganrao
- 针对双极性、单极性码产生直扩系统，并加上宽带噪声干扰，-For bipolar, unipolar codes have a direct expansion system, and with broadband noise,
unipolar
- 开环的双极性半桥电路仿真电路，运行软件为saber2007，大家可以改变voltage source的频率来改变电压输出。-Open-loop half-bridge circuit simulation of bipolar circuits, running software saber2007, we can change the voltage source to change the frequency of the voltage output.
simulink-model-of-power-electronics
- 电力电子基本模块的simulink仿真，包括有buck、buck-boost、双极性spwm、单极性spwm仿真实现，已通过测试！-Power electronics simulink simulation of basic modules, including buck, buck-boost, bipolar spwm, unipolar spwm Simulation, has been tested!
DC-motor
- 直流电动机双极性可逆双闭环PWM控制程序-Reversible DC motor bipolar double-loop PWM control procedures
ANALOGUE-REPORT
- The aim of this assignment is to design and construct an audio amplifier by using a NPN - BJT transistor. In addition, I have briefly explained Bipolar Junction Transistor, their types, application and functions. Moreover, I have attached the data s
M1241
- 这是MAX1241的汇编程序, 功能：本程序主要是读出输入通道CH0(或CH1,CH2,..CH7)的模数转换值,转换值放在寄存器R6,R7中,R6放高位。MAX147芯片的8个通道可编程为单极性/双极性和差动/单端工作, 这里采用单端\单极性输入。MAX147有内部时钟和外部时钟两种工作模式。这里采用内部时钟模式-This is the MAX1241' s assembler, function: This program is mainly read input channel CH
M147
- 这是MAX147的汇编程序,功能：本程序主要是读出输入通道CH0(或CH1,CH2,到CH8)的模数转换值,转换值放在寄存器R6,R7中,R6放高位。MAX147芯片的8个通道可编程为单极性/双极性和差动/单端工作, 这里采用单端\单极性输入。MAX147有内部时钟和外部时钟两种工作模式,这里采用内部时钟模式-This is the MAX147 s assembler, function: This program is mainly read input channel CH0 (or C
PWM_dc-motor
- 用于传统直流电动机的双极性可逆PWM程序。-Bipolar reversible PWM DC motor program
3977
- A3977是一个完整的微电机驱动，与内建 翻译。它的设计操作双极步进电机 全，半，季，和第八步的模式，与输出驱动器 35 V和±2.5答：A3977的功能包括一个固定 关断时间电流稳压器，具有操作能力 慢，快或混合衰减模式 -The A3977 is a complete microstepping motor driver, with builtin translator. It is designed to operate bipolar stepper moto
Tuned-statcom-for-voltage-control-a-reactive-powe
- In this paper Static Synchronous Compensator (STATCOM) is used for voltage stability and the compensation of reactive power. The STATCOM contains an Insulated Gate Bipolar Transistor (IGBT) based voltage source converter for voltage control a
201161122595774
- PCI-9101数据采集,以VB对数字量和模拟量之间的转换，8道数据的采集做了简单的编程，以双极性的方式采集，相对上次（0，10V），这次以（-5V，+5V）转换进行编程采集。希望对做工程控制的朋友有所帮助！ -PCI-9101 data acquisition, in VB and analog to digital conversion between eight data collection program to do a simple, bipolar way to collect,
1212
- 双极性电压脉冲激励的智能电导率测量仪.Bipolar pulsed excitation voltage intelligent conductivity meter-Bipolar pulsed excitation voltage intelligent conductivity meter
MATLAB
- 电力电子的仿真，基础结构，适合原理讲解，初学者，包括：单极性PWM，双极性PWM，单相半波，单相半控，单相方波逆变，单相全控，斩波，三相半控，三相方波逆变，三相全控。文件名是对应的拼音。-Simulation of power electronics, infrastructure, suitable principle to explain, for beginners, including: unipolar PWM, bipolar Sexual PWM, single-phase h
NIBIANDIANYUAN
- 基于PIC单片机的单相双极性SPW逆变电源设计-PIC microcontroller-based single-phase bipolar the SPW inverter power supply design
yuksek-guclu-bipolar-step-motor-surucu-l297-ir210
- this a stepper motot code for arduino -this is a stepper motot code for arduino
Normalization
- this file represent normalization in binary normalization, bipolar normalization and lda using matlab
pic2codea
- 正弦波脉宽调制技术（SPWM）三相正弦调制波与双极性三角载波设计与实现-Sinusoidal pulse width modulation (SPWM) three-phase sinusoidal modulation wave bipolar triangular carrier Design and Implementation