本程序采用ACC数据核心构件!! 功能介绍: 程序代码重新设计与优化,浏览速度可以说是比较一流! 程序更新设计相对管理目录!让你修改更加方便! 全站无后台控制的地方我们全用JS调用的方式进行管理,大大降低了您的工作量! 后台控制封闭管理程式!! 特点: 更新家族对战管理平台!可以说在发布站界是第一的! 后台采用HTML生成↓ (可以窗口化浏览生成代码/主要是方便修改与观看错误信息,优化了老发布系统的直接生成) 更多功能请在商业版本程序中体验! 程序结构: Admin 后台管理核心 Data 数据库存放目录 inc 发布站前台核心文件 index_ad 广告图片存放目录 index_img 前台基本图片存放目录 index_top 前台TOP图片存放目录 top_ad 发布站前台文字广告/图片广告/JS文件存放目录/请自行修改JS代码! Top_Go 发布站连接导航目录 | | top_Wz.js 顶部文字导航JS文件!需要修改导航请修改JS代码! 以下文件不懂请勿乱修改
上传时间: 2013-11-28
上传用户:wanqunsheng
can ban ve lap trinh game ko hay cac ban cu cho bad vao tui de day chu yeu de active ACC thoi
上传时间: 2017-08-18
上传用户:1427796291
一份关于ACC的帮助 依然适合半懂不懂的人
标签: ACC
上传时间: 2017-09-07
上传用户:er1219
·文件列表: mp4live .......\audio_alsa_source.cpp .......\audio_alsa_source.h .......\audio_encoder.cpp .......\audio_encoder.h .......\audio_encoder_base.cpp
上传时间: 2013-07-17
上传用户:13913148949
/*--------- 8051内核特殊功能寄存器 -------------*/ sfr ACC = 0xE0; //累加器 sfr B = 0xF0; //B 寄存器 sfr PSW = 0xD0; //程序状态字寄存器 sbit CY = PSW^7; //进位标志位 sbit AC = PSW^6; //辅助进位标志位 sbit F0 = PSW^5; //用户标志位0 sbit RS1 = PSW^4; //工作寄存器组选择控制位 sbit RS0 = PSW^3; //工作寄存器组选择控制位 sbit OV = PSW^2; //溢出标志位 sbit F1 = PSW^1; //用户标志位1 sbit P = PSW^0; //奇偶标志位 sfr SP = 0x81; //堆栈指针寄存器 sfr DPL = 0x82; //数据指针0低字节 sfr DPH = 0x83; //数据指针0高字节 /*------------ 系统管理特殊功能寄存器 -------------*/ sfr PCON = 0x87; //电源控制寄存器 sfr AUXR = 0x8E; //辅助寄存器 sfr AUXR1 = 0xA2; //辅助寄存器1 sfr WAKE_CLKO = 0x8F; //时钟输出和唤醒控制寄存器 sfr CLK_DIV = 0x97; //时钟分频控制寄存器 sfr BUS_SPEED = 0xA1; //总线速度控制寄存器 /*----------- 中断控制特殊功能寄存器 --------------*/ sfr IE = 0xA8; //中断允许寄存器 sbit EA = IE^7; //总中断允许位 sbit ELVD = IE^6; //低电压检测中断控制位 8051
上传时间: 2013-10-30
上传用户:yxgi5
主要内容: 1、Sonix 26xx单片机简介;2、Sonix 26xx单片机特点;3、Sonix 26xx单片机内部结构;4、Sonix 26xx单片机资源;5、Sonix 26xx单片机ROM、RAM的映射;6、Sonix 26xx寄存器(ACC、PFLAG、PC、Y、Z、R);
上传时间: 2013-10-29
上传用户:远远ssad
单片机的硬件结构 2.3 MCS-51的CPU由运算器和控制器所构成2.3.1 运算器对操作数进行算术、逻辑运算和位操作。1.算术逻辑运算单元ALU2.累加器A使用最频繁的寄存器,可写为ACC。A的作用:(1)是ALU单元的输入之一,又是运算结果存放单元。(2)数据传送大多都通过累加器A。(3)A的进位标志Cy同时又是位处理机的位累加器。
上传时间: 2013-10-20
上传用户:蒋清华嗯
I/O 型单片机使用手册 目录 间接寻址寄存器 – IAR, IAR0, IAR1 .............................................35间接寻址指针 – MP, MP0, MP1 ......................................................35存储区指针 – BP .........................................................................36累加器 – ACC...................................................................................37程序计数器低字节寄存器 – PCL....................................................37表格寄存器 – TBLP,TBHP,TBLH....................................................37看门狗定时寄存器 – WDTS............................................................38状态寄存器 – STATUS.....................................................................38中断控制寄存器 – INTC,INTC0,INTC1 .........................................39定时/计数寄存器...............................................................................39输入/输出端口和控制寄存器...........................................................40UART 寄存器 .USR,UCR1,UCR2,TXR/RXR,BRG.......................40输入/输出端口..........................................................................................41上拉电阻............................................................................................41PA 口的唤醒......................................................................................41输入/输出端口控制寄存器...............................................................41引脚共享功能....................................................................................42编程注意事项....................................................................................45定时/计数器..............................................................................................46配置定时/计数器输入时钟源...........................................................47定时/计数寄存器 – TMR, TMR0,TMR0L/TMR0H,TMR1L/TMR1H,TMR2.....................................................................49定时/计数控制寄存器 – TMRC,TMR0C,TMR1C,TMR2C............50定时器模式........................................................................................53事件计数器模式................................................................................53脉冲宽度测量模式............................................................................54可编程分频器(PFD)和蜂鸣器的应用..............................................55预分频器(Prescaler)...........................................................................56输入/输出接口...................................................................................56编程注意事项....................................................................................57定时/计数器应用范例.......................................................................57中断............................................................................................................59中断寄存器........................................................................................59中断优先权........................................................................................62外部中断............................................................................................63定时/计数器中断...............................................................................64UART 中断........................................................................................64编程注意事项....................................................................................65复位和初始化............................................................................................66复位....................................................................................................66目录iii异步串行口——UART............................................................................74UART 特性..........................................................................................74UART 外部引脚..................................................................................74数据发送.............................................................................................75UART 状态控制寄存器......................................................................75波特率发生器.....................................................................................79UART 设置与控制..............................................................................81UART 发送器......................................................................................83UART 接收器......................................................................................84接收错误处理.....................................................................................85接收中断图解.....................................................................................86地址检测模式.....................................................................................86暂停模式下的UART 功能.................................................................87UART 应用范例.................................................................................87振荡器........................................................................................................89系统时钟配置....................................................................................89系统晶体/陶瓷振荡器.......................................................................89系统电阻电容振荡器........................................................................90内部系统电阻电容振荡器................................................................90RTC 振荡器........................................................................................91看门狗定时振荡器............................................................................91暂停和唤醒................................................................................................92暂停.....................................................................................................92进入暂停.............................................................................................92静态电流.............................................................................................92唤醒....................................................................................................92看门狗定时器............................................................................................94掩膜选项....................................................................................................96应用电路....................................................................................................97第二部份 程序语言.....................................................................99第二章 指令集介绍.................................................................................101指令集......................................................................................................101指令周期..........................................................................................101数据的传送......................................................................................101算术运算..........................................................................................102逻辑和移位运算..............................................................................102分支和控制的转换..........................................................................102位运算..............................................................................................102查表运算..........................................................................................103其它运算..........................................................................................103指令设定一览表......................................................................................104惯例..................................................................................................104I/O 型单片机使用手册iv第三章 指令定义.....................................................................................107第四章 汇编语言和编译器.....................................................................121常用符号..................................................................................................121语句语法..................................................................................................122名称..................................................................................................122操作项..............................................................................................122操作数项..........................................................................................122注解..................................................................................................122编译伪指令..............................................................................................123条件编译伪指令..............................................................................123文件控制伪指令..............................................................................124程序伪指令......................................................................................126数据定义伪指令..............................................................................130宏指令..............................................................................................132汇编语言指令..........................................................................................136名称..................................................................................................136助记符..............................................................................................136操作数、运算子和表达式..............................................................136其它..........................................................................................................139前置引用..........................................................................................139局部标号..........................................................................................139汇编语言保留字..............................................................................140编译器选项..............................................................................................141编译列表文件格式..................................................................................141源程序列表......................................................................................141编译总结..........................................................................................142其它..................................................................................................142第三部份 开发工具................................................................... 145第五章 单片机开发工具.........................................................................147HT-IDE 集成开发环境............................................................................147盛群单片机仿真器(HT-ICE) ..................................................................149HT-ICE 接口卡.................................................................................149OTP 烧写器.....................................................................................149OTP 适配卡.....................................................................................149系统配置..................................................................................................150HT-ICE 接口卡设置........................................................................151安装..........................................................................................................153系统要求..........................................................................................153硬件安装..........................................................................................153软件安装..........................................................................................154目录v第六章 快速开始.....................................................................................159步骤一:建立一个新项目..............................................................159步骤二:将源程序文件加到项目中..............................................159步骤三:编译项目..........................................................................159步骤四:烧写OTP 单片机.............................................................160步骤五:传送程序与掩膜选项单至Holtek ..................................160附录............................................................................................... 161附录A 特性曲线图...................................................................................163附录B 封装信息.......................................................................................173
上传时间: 2013-10-18
上传用户:blacklee
MCS-51系列单片机芯片结构:2.1 MCS—51系列单片机的结构原理2.1.1 MCS-51单片机逻辑结构 MCS-51单片机的系统结构框图如图2.1所示。 图2.1 MCS-51单片机的系统结构框图由图2.1可以看出,单片机内部主要包含下列几个部件:u 一个8位CPU;u 一个时钟电路;u 4Kbyte程序存储器;u 128byte数据存储器;u 两个16位定时/计数器;u 64Kbyte扩展总线控制电路;u 四个8-bit并行I/O端口;u 一个可编程串行接口;五个中断源,其中包括两个优先级嵌套中断 1. CPU CPU即中央处理器的简称,是单片机的核心部件,它完成各种运算和控制操作,CPU由运算器和控制器两部分电路组成。(1)运算器电路 运算器电路包括ALU(算术逻辑单元)、ACC(累加器)、B寄存器、状态寄存器、暂存器1和暂存器2等部件,运算器的功能是进行算术运算和逻辑运算。 (2)控制器电路 控制器电路包括程序计数器PC、PC加1寄存器、指令寄存器、指令译码器、数据指针DPTR、堆栈指针SP、缓冲器以及定时与控制电路等。控制电路完成指挥控制工作,协调单片机各部分正常工作。
上传时间: 2013-10-27
上传用户:tianyi223
标号: FTOD 功能:格式化浮点数转换成双字节定点数入口条件:格式化浮点操作数在[R0]中。出口信息:OV=1时溢出,OV=0时转换成功:定点数的绝对值在[R0]中(双字节),数符在位1FH中,F0=1 时为整数,CY=1时为一字节整数一字节小数,否则为纯小数。影响资源:PSW、A、B、R2、R3、R4、位1FH 堆栈需求: 6字节FTOD: LCALL MVR0 ;将[R0]传送到第一工作区MOV A,R2JZ FTD4 ;阶码为零,纯小数JB ACC.7,FTD4;阶码为负,纯小数
上传时间: 2013-10-15
上传用户:洛木卓