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U51asm
- 交通灯： 1. 因为本设计是交通灯的控制，所以要先了解实际交通灯的变化规律。假设一个十字路口为东西南北走向。初始状态0为东西红灯，南北红灯。然后转状态1南北绿灯通车，东西红灯。过一段时间转状态2，南北绿灯闪几次转亮黄灯，延时几秒，东西仍然红灯。再转状态3，东西绿灯通车，南北红灯。过一段时间转状态4，东西绿灯闪几次转亮黄灯，延时几秒，南北依然红灯。最后循环至状态1。 2. 双色LED是由一个红色LED管芯和一个绿色管芯封装在一起，公用负端。当红色正端加高电平，绿色正端加低电平，红灯亮；红色正端加低
已知两点求第三点的双字节无符号定点插值算法
- 两个点的线性插值定点数算法 说明：1、基本公式 y=( y2-y1 ) ( x-x1 ) / ( x2-x1 ) + y1 2、根据直线斜率的正负、内插外插的不同，分为6种情况。 3.参见文件夹中的“插值算法的6种情况”一图。-two points of linear interpolation algorithm for determining points : one, the basic formula y = (y2 - y1) (x-x) / (x2 - x1) y1 2,
lcd3
- lcd的源程式，把51的正負極接至lcd，及接好控制腳位，再將lcd.asm檔compile後，lcd便會產生我們寫入的效果-LCD source programs, and 51 are negative then to LCD, and then a good place to control foot and then compile lcd.asm stalls, the LCD will produce the results we write
led3
- led的源程式，把51的正負極接至led，再將led.asm檔compile後，led便會產生一明一暗的效果-led source programs, and 51 are negative then led to, and then compile led.asm stalls, would have led one out of a dark results
ADC3
- ADC的源程式，把51的正負極接至ADC，再將ADC.asm檔compile後，ACD便會產生將類比轉成數位訊號的效果-ADC source programs, and 51 are negative then to ADC, and then compile ADC.asm stalls, the ACD will have to switch analog signals into digital effects
newest_dc_soft
- 电磁流量计的源程序。将流体流量用电磁转换方式变换成弱电信号，经消噪放大后由CPU处理再转显示。可显示瞬时流量，正反向的累计流量，净流量等等。-electromagnetic flowmeter of the source. Fluid flow of electromagnetic conversion conversions into weak signal amplification by denoising after the CPU sub show. Can show that the
get_the_sum
- 用汇编写成的将正负数分别相加，求和的一个小程序。对于初学汇编的人有一定参考价值-used to compile written in the sum of positive and negative, respectively, the sum of a small program. For beginners compilation of a certain reference value
MainCode
- 一个基于UCOS/2操作系统开发的实际产品（电力负控）的代码，移植CPU为LPC2940，开发环境为KILE_C V3-UCOS / 2 operating system developed by the actual product (electricity negative control) code, LPC2940 CPU for transplantation, the development environment for KILE_C V3
Serial-S3C44B0
- flash serial input queue. returns 0 on success or negative error * number otherwise-flash serial input queue. 0 succeeded the returns on ess or negative error number otherwise *
TX-1BDS18B20
- //通过18B20检测的数字温度可在电脑上显示当前温度值 #include <reg52.h> #define uchar unsigned char #define uint unsigned int sbit DS=P2^2 //define interface uint temp // variable of temperature uchar flag1 // sign of the result positive or negative sbit
uc1698源代码 安的利电力负控160160液晶
- uc1698源代码，用于安的利电力负控160160液晶。对于其他点阵的液晶有很好的参考价值。,uc1698 source code for the security of the benefit of electricity 160,160 LCD negative control. For other dot-matrix liquid crystal have a very good reference value.
LM75A1602.rar
- LM75A采集的实时温度，通过单片机处理，送到1602上显示出来，有正负之分的十进制显示，已通过验证。,LM75A collected real-time temperature, through the single-chip processing, to 1602 on display, there are positive and negative points of the metric show that has been verified.
18b20.rar
- ds18b20温度传感器的头文件，温度测量，读温度数据，温度数据处理，有负温度显示,temperature sensor ds18b20 header files, temperature measurement, reading the temperature data, temperature data processing, there are negative temperature display
L298n-
- l298n驱动模块控制直流电机正反转的源码，想做小车且是直流电机来驱动轮子的可以参考下。-L298n driver module control dc motor positive &negative source, want to do is dc motor car and driven wheels can under reference.
非常完美的电源设计
- 一个非常完美的电源，里面有输出正负十五伏，十负十二伏和正负五伏的电源，且还有一个可调的零到十二伏电源,A perfect power, there are the output of plus or minus 15 volts, 12 volts and negative 10 plus or minus five volts of power, and have an adjustable zero to 12 volt power supply
Bipolar-pid-integer-
- 双极性pid 单极性就是输出只有整数没有负数，双极性有负数，比如一个温度控制系统，只有加热或者只有制冷，这就是单极性，又有加热也有制冷这就是双极性-Bipolar pid integer not only unipolar output is negative, bipolar have a negative, such as a temperature control system, only heating or only cooling, which is unipolar, there
ceshi
- ICCAVR编译环境 M16芯片,DS18B20数码管和LCD1602显示,正负温度显示到百位，精确到0.0001，配有proteus图-The ICCAVR compiler environment M16 chip, DS18B20 digital tube display and LCD1602, the positive and negative temperature display to 100, accurate to 0.0001, with a Proteus diagram
DS1620
- /* 这是直接用C51高级语言编写的DS1620转换程序－没有调用汇编语言。*/ /* 文件名DS1620C.C */ /* 功能：本程序主要是读出DS1620芯片的温度转换值,转换值先放 */ /* 在变量temp1中。转换值范围-55℃~125℃。 若flag0=0为 */ /* 正温度,若flag0=1为负温度值,最终结果在浮点变量cc中。 */ /* 本程序适合DS1620 和51系列单片机的连接,晶振为12MHZ左右。*/-/* This is the direct
state
- 带正负的同频率周期信号的相位差测量机的FPGA实现-With positive and negative periodic signals with frequency phase measuring machine FPGA Implementation
Positive-and-negative-pulse-width
- 1、在掌握可控脉冲发生器的基础上了解正负脉宽数控调制信号发生的原理。 2、熟练的运用示波器观察实验箱上的探测点波形。 3、掌握时序电路设计的基本思想 -Positive and negative pulse width modulation signal generator design