搜索资源列表
toolchHOWTO
- arm的工具链如何做，一步一步教你做工具链-arm tool chain how to do, step by step, the chain tool you do
01_GettingStarted
- This getting started exercise will guide you through the step-by-step process of transforming a MATLAB floating-point model into a hardware module that can be implemented in silicon (FPGA or ASIC). The design is a general purpose FIR filter taken fro
123
- 本系统分电压测量和信号产生输出两大部分，电压测量部分以模拟电路为主，配合放大模块、A/D转化模块、显示模块；通过凌阳单片机进行数据处理，在误差允许范围内显示测量电压值。信号产生以直接数字式频率合成器为核心，经过AT89S52对DDS芯片内部进行控制，使之输出标准正弦波形，利用编程实现频率预置、步进，达到电压输出频率的可调节步进。通过调试与测量完成了题目的基本部分和全部发挥部分的要求并有自己的创新。-Voltage measurement points of the system and the
18_1636
- 本文是初学者很好的入门教程，全文从RAM的寄存器讲起，然后深入浅出的介绍了BOOT的开发，且基于S3C44B0X-study arm step by step
Windows_XP_Embedded_porting_on_EBC-885_board
- A step-by-step guide and tutorial to create a Windows XP Embedded image and port it on a target board. In this case we have a ported it on EBC-885 Single board coumputer from Winsystems.
sd600_Improvement
- 第一步改进三片SD600程序（有条件的随机闪），由PIC单片机控制，功能都能正确实现-The first step to improve three SD600 program (conditional random flash), controlled by a PIC microcontroller, functions can be correctly implemented
ARM_based_embedded_system_application_development_
- 基于ARM的嵌入式系统程序开发要点，文章分为六章。一步一步的详细介绍了ARM的嵌入式系统程序的开发过程和方法-ARM-based embedded system application development elements, the article is divided into six chapters. Step by step detailed information on ARM embedded system development process and methods of p
Study-ARM-Step-by-Step
- 非常好的资料，带领您走向嵌入式ARM开发的大门-Very good information, and lead you to the door to embedded ARM development
shuzicunchushiboqi
- （1）设计并实现一个模拟带宽为400Hz～3000Hz 的简易数字存储示波器。 （2）要求应用输入信号幅值为0～5V，含8 路选通开关的A/D 器件0808 进行数据采集转换，128×64 全点阵液晶显示模块TG12864E 显示输入信号波形。 （3）要求能由单片机控制频率变化、幅度步进，能良好的在液晶显示模块上显示幅度0～5V,波形显示可以自动刷新，也可手动刷新。 -(1) design and implementation of an analog bandwidth of
RT-Thread-0.3.2
- RT-Thread已经包括了LPC1768的基本移植，通常RT-Thread的做法是，只提供独立的工程，并且在工程中力图把最多的特性都打开了，而不是类似一些做开发板的，循序渐进的提供一些例子。当然，在RT-Thread极为优秀的剪裁能力基础上，能够化繁为简，或层层叠加形成一个复杂的系统： >>使能LwIP TCP/IP网络组件，仅需要在rtconfig.h中定义RT_USING_LWIP宏。 -RT-Thread LPC1768 has been included in th
RT-Thread-0.4.0-beta2
- 在RT-thread中用了 LwIP，发现很容断线，经常断，有时候10分钟不到就断了，有时候能到1个多小时，但最终也会断掉。说明不稳定！ 不知道官方发布的工程包经过长时间测试没有？稳定性如何？-RT-Thread LPC1768 has been included in the basic transplantation, usually RT-Thread practice is to only provide independent project, and try to turn u
uart-stm32
- STM32f very basic blinky which is very useful for the beginners.so that they improve for step by step success .
SimpliciTI-IAR-1.2.0
- 德州仪器最新的简单网络协议simpliciTI，适合433Mhz/868Mhz/2.4Ghz无线网络通信，使用IAR进行工程开发-This document provides basic information necessary for a first-time SimpliciTI™ user to try the sample applications that are included in Texas Instruments’ SimpliciTI package.
lsxzz
- 三菱pLC程序带注释希望有用 希望有用 -Mitsubishi PLC program annotated step-by-step more than 10,000 steps hope useful hope useful hope useful hope useful
motor-paso-a-paso.X
- step by step motor bipolar/unipolar mplab c18 02/11/2013
step-motor
- 单片机步进电机控制程序 通过脉冲数控制电机转速和转矩 -Single-chip stepper motor control program to control motor speed and torque by the number of pulses
lpc2138-Experimental-routines
- 以单四拍的方式用LPC2138与L297、L298控制步进电机,上电时步进电机按初始化的速度转动,按下4个按键分别执行增、减速；正、反转，同时上位机显示控制指令。-In single step mode using LPC2138 and L297, L298 stepper motor control, power step motor according to initialize the rotation speed, press 4 keys are implemented by, de
s14_lab12_1a
- 1（基础）编写程序，通过DAC0832输出方波，初始频率为2KHz,频率可以通过按键“0”与“1”进行步进调节，按一下“0”键频率增加100Hz，按一些“1”键频率降低100Hz。 2（提高）编写程序，通过DAC0832输出锯齿波，初始频率为100Hz. -Parallel 8 DA (voltage output) experiment, a (basic) programming, through DAC0832 output square wave, the initial fre
signal-generator
- 通过STM32控制AD9833芯片，实现利用按键切换正弦波、方波、三角波三种波形并控制频率10hz或20hz步进，全部有LCD显示。并可用蓝牙串口设置任意波形和频率-By STM32 AD9833 chip control, using the key switch sine wave, square wave, triangle wave frequencies, which are three kinds of waveform control 10 hz or 20 hz step, al
合成
- stm32对adf4351锁相环的控制。为了方便大家使用，程序里添加了数组，可以由100M步进1000M。结合具体外设再修改(This is the STM32 control of the adf4351 pll. In order to facilitate the use of procedures added to the array, you can step by step 100M 1000M. Modify again with specific peripherals)