资源列表
WinCE-6.0-API-List
- wince 6.0 的api 函数列表,便于开发查找 1. API之网络函数 2. API之消息函数 3. API之文件处理函数 4. API之打印函数 -wince 6.0 api function list for developers to find 1. API of the network function 2. API of the messaging function 3. API' s document processing function 4
C8051F410
- 新华龙单片机源代码好几个例程,入门极为有用,-New Hualong microcontroller source code for several routines, entry is very useful
LCD_RC500
- 基于51单片机的门禁卡系统源码, 硬件: MCU STC89C52 射频芯片:MFRC500 TAG:MF S50卡 完成了读卡,写卡,加密功能,可用于门禁系统,餐饮收费系统。 -51 MCU-based access control card system source code, hardware: MCU STC89C52 RF chip: MFRC500 TAG: MF S50 cards completed a reader, writing cards, en
NRF24LE1
- NRF24LE1的原理图、键盘原理图,pcb图,发射程序,接收程序,开发环境为Keil uv4。-The schematic and pcb of NRF24LE1 and it s keyboard, trans and receive program under Keil uv4.
FPM10A调试程序
- FPM10A指纹模块开发调试程序。VB编写的
2_position_control_ss
- 现在我们要控制的位置,而不是速度控制器。在这个版本中,我们将使用不同的放大器,电流反馈控制的直流电机,而不是电压。 -Now we are going to make a position controller instead of speed controller. In this version we will use a different amplifier that controls the current fed to the dc motor instead of the volt
Gcode
- 对数控系统的G代码的解析程序不可多的,是研究CNC系统极好的参考资料-CNC G-code on the analytic process is not much, is an excellent reference of CNC system
51Calculator
- 它是基于51单片机的多功能计算器设计,附上程序及原理图,-It is based on 51 single-chip multi-function calculator design, accompanied by procedures and schematics,
the-role-of-MMU
- 本文重点介绍了MMU的作用,以及MMU的硬件原理,有兴趣研究MMU的原理的可以看一下-This article focuses on the role of the MMU and MMU hardware principle, are interested in the principles of the MMU can look at
315M_RF
- 三星9488,315M无线解码程序,低功耗设计。-315M RF SUNSAM 9488 MCU
BMS
- 一个国内电池管理系统(BMS)的源码,主机用的是XC2287M从机是用MC9S08DZ60,之间用CAN通讯,波特率500kbps.可以从中间知道找到一些有用的驱动。-A domestic battery management system (BMS) of the source, the host using a XC2287M slave is MC9S08DZ60, between the use of CAN communication, the baud rate 500kbps. M
multiplyingunit
- 其乘法器原理是:乘法通过逐项移位相加原理来实现,从被乘数的最低位开始,若为1,则乘数左移后与上一次的和相加;若为0,左移后以全零相加,直至被乘数的最高位-Its multiplier principle is: the sum of multiplication through each shift principle to achieve, from the lowest bit multiplicand to start, if 1, then the multiplier on the l
