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2ZHAMEN
- 闸门卡-gate card 111111111111111111111111111111111
lcddrive
- TFT6758液晶模块驱动。(头文件) 驱动芯片为HD66781 (片内224640字节GRAM,即240*(96+320)*18/8)，门驱动(Gate driver)芯片为HD66783
vhdl
- 半加器 或门 1位二进制全加器顶层设计描述-Half adder or a binary gate full adder top-level design descr iption
c2
- 1、 有n个学生，每个学生有m门成绩，每个学生的m门成绩用一单链表实现，n个学生所对应n个单链表的头指针用一指针数组统一存放。 1) 建立该存贮结构。 2) 查找第i个学生的某门课成绩。 链表中结点结构： struct node {char *nam；/*nam为课程名*/ float sco；/*sco为该门课程的成绩*/ struct node *link；/*link为指向下一课程结点的指针*/ -1, there are n students, e
C
- 在电子技术中，频率是最基本的参数之一，又与许多电参量的测量方案、测量结果都有十分密切的关系，因此频率的测量就显得更为重要。测量频率的方法有多种,其中电子计数器测量频率具有精度高、使用方便、测量迅速，以及便于实现测量过程自动化等优点，是频率测量的重要手段之一。在本次毕业设计中我们选择使用单片机来制作数字频率计，并在实际制作中采用了直接测频法。利用延时产生的时基门控信号来控制闸门，通过在单位时间内计数器记录下的脉冲个数计算出输入信号的频率，最终送入LCD中显示。这样制作出来的频率计不仅可以满足设计题
pinlvji
- 电子频率计，用C51单片机实现，显示采用LCD7*8点阵，闸门时间为0.1S、1S、10S。-Electronic frequency meter, with C51 MCU, indicating the use of LCD7* 8 dot matrix, the gate time for 0.1S, 1S, 10S.
freq_trial_2
- 电子设计竞赛培训，用单片机做的频率计，能够切换闸门时间0.1s/1s/10s-Electronic Design Competition training, so the frequency of use of single-chip, time to switch the gate 0.1s/1s/10s
mux4_to_1
- 简单实用的四选一多路选择器，其中包括门级和数据流级程序代码，以及验证功能的激励程序代码。-Four simple and practical way to choose more than one election, which includes gate-level and code-level data stream, as well as the incentive to verify the functional code.
gragelv
- a program to control a garage and elevator it is a simulation for the real system by using the parallel port to control 2 12 volt motors representing the elevator motor and the garage gate-a program to control a garage and elevator it is a simulation
speaker
- 蜂鸣器在单片机上的应用,汇编语言,附原理图及说明学习文档 蜂鸣器的正极性的一端联接到5V电源上面，另一端联接到三极管的集电极，三极管的基级由单片机的P2.4管脚通过一个与非门来控制， 用户可以通过程序控制P2.4管脚的置低和置高来使蜂鸣器发出声音和关闭。 蜂鸣器的声音大小及音调可以通过调整P2.4管脚的置高时间及输出的波形进行控制，这一点可以在调试程序的时候来试验。-On the buzzer in single-chip applications, assembly language, wit
Anti-compilationTools
- 反编译工具，适用于C#、VB、Dlphi-REFLECTOR SOFTWARE LICENSE ("License") The following sets out the full License with respect to the use of the Reflector Software. IMPORTANT NOTICE: Please read this License carefully. BY DOWNLOADING, INSTALLING AN
fc
- 利用计数的方式测32.768KHZ和555振荡器频率的设计； 用LCD液晶显示,用按键控制闸门时间，分别设定为0.1s，1s，10s -Using counting methods and 555 test 32.768KHZ oscillator frequency design with LCD liquid crystal display, with keys controlled gate time, were set to 0.1s, 1s, 10s
4
- 利用实验仪键盘，使数字键1、2、3、4、5、6、7作为电子琴键，按下数字键发出相应的音调，PB0作为定时器门控信号，OUT1发出音频信号，驱动喇叭-Experimental instrument keyboard, so the number keys 1,2,3,4,5,6,7 as an electronic keyboard, press the number key issue relevant tone, PB0 as the timer gate control signal, OU
Intel_8086_datasheet
- Intel_8086_手册.pdf The Intel 8086 high performance 16-bit CPU is available in three clock rates: 5, 8 and 10 MHz. The CPU is implemented in N-Channel, depletion load, silicon gate technology (HMOS-III), and packaged in a 40-pin CERDIP or plastic
phill12pt
- This paper describes a bottom up approach to teaching a Computer Organization course centered on the logic gate-based design of a simple central processing unit (CPU). The CPU is built and simulated using freeware MultiMedia Logic software. Students
vhdl
- 由两个与门和一个或非门构成的电路，其中A、B、C、D是输入，F是输出。-Two AND gates and a NOR gate circuit constituted, in which A, B, C, D is the input, F is the output.
Reflector
- 好东西与大家分享。 Red Gate 反编译器。 用于C SHARP的反编译。-Red Gate Reflector
80x86_protectedmode
- 80x86保护模式系列教程 一.保护方式简介 二.分段管理机制 三.控制寄存器和系统地址寄存器 四.实模式与保护模式切换实例 五.任务状态段和控制门 六.控制转移 七.中断和异常 八.操作系统类指令 九.输入/输出保护 十.分页管理机制 十一.虚拟8086模式-80x86 protected mode for a series of tutorials. Protection mode Introductio
and_gate
- This an AND gate 2 inputs and the output is the AND of the inputs.-This is an AND gate 2 inputs and the output is the AND of the inputs.
gate_test
- 使用vivado hls 对GATE代码进行封装，主要调试stream接口(using vivado hls to archieve GATE syn, to debug the AXI4-stream interface)