资源列表
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- 利用飞思卡尔XS128单片机 实现超声波距离传感器测距-Freescale' s XS128 MCU ultrasonic distance sensor distance,
Atmel_xmega_c_sample
- Atmel AVR XMEGA Simple "C" Sample Programs
19198799-Atmel-AVR-Micro-Controller-Primer-Progra
- Atmel AVR Programming and Interface
24472325-Getting-Started-C-Programming-Atmel-AVR.
- Getting Started C Prog for Atmel AVR
Hex_to_3_character_ascii
- Microcontroller: Efficient Asm Algorithm for converting 8 bit HEX Characters for LCD Display
EM78xxx13-bit-Set
- 义隆8位单片机 EM78PXXX 13BIT INSTRUCTION SET-EM78PXXX 13BIT INSTRUCTION SET
easy430
- TI的MSP430编程，定义了部分函数，读者使用时可以根据文档调用，简化了MSP430编程-TI' s MSP430 programming, the definition of some functions, the reader can use the document calls, simplifies the programming MSP430
motor-control-all
- 随着步进电机的广泛应用，再加上电子技术的不断发展，步进电机的发展越来越迅速，本程序就是实现对步进电机的控制。-With the extensive application of the stepper motor, coupled with the continuous development of electronic technology, more and more rapid development of the stepper motor, this program is to ach
motor-control-and-lcd-display
- 步进电机作为在工业控制中的执行元件，越来越发挥着重要的作用，本程序就是针对步进电机的控制，以及对通过LCD显示程序。希望大学借鉴。-Stepper motor, as in the implementation of industrial control components, play an increasingly important role, this program is for stepper motor control, as well as through the LCD dis
stepping-motor-design
- 本系统采用AT89S51单片机来控制步进电机，不仅可以实现电机的正反转，还可以实现预置步数转动显示，以及LED正反转状态显示功能，电路设计可靠且易于实现，程序设计简单易懂。本系统主要由按键电路、单片机最小系统、AT89S51单片机、步进电机正反转状态显示电路、驱动电路以及步进电机等几部分组成。输出驱动电路采用一个六非门芯片74LS04和ULN2003A，来驱动步进电机的四相绕组。短路保护采用一个0.4A的保险管，防止因绕组短路而烧毁烧毁电机绕组线圈。-The system uses AT89S5
wsc
- at89c51单片机的入门c程序，采用c51编译后即可拷入单片机芯片，然后执行-at89c51 microcontroller c program entry, can be compiled using c51 copyed single chip, and then perform
History
- 在KEILV2里添加STC单片机，KEIL也可编译STC系列单片机，-In KEILV2 to add STC chip, KEIL STC series single-chip can also be compiled,