搜索资源列表
s3c6410_CORE
- S3C6410核心板原理图，protell99格式的电子文档。-S3C6410 core board schematics, protell99 format electronic document.
3C25Q240
- 3C25Q240或者3C16Q240的核心板原理图-the core board of 3C25Q240 or 3C16Q240
H2C35-V6-core
- FPGA开发板原理图，核心板的，EP2C系列的，希望对大家有帮助-FPGA development board schematics, core board, EP2C series, we want to help
TinyM0_Routine
- 周立功的TinyM0配套源码。【2011.1.24】TinyM0模板及例程更新 1、TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板（相关介绍连接：http://www.embedtools.com/pro_kaifa/ARM/EasyCortex_M3-1300.asp）外设完成，因此用户需要自行购买或设计相关的外设器件Demo板；其中的CAN例程是基于TinyM0-CAN开发板进行编写的。 2、TinyM0更新
Lattice-Training
- 1、设计16*16LED点阵的驱动电路，与单片机核心板进行接口（要求有足够带负载能力，LED足够亮）； 40分 2、在LED点阵上滚动显示学生的姓名和学号； 40分 3、 要求LED无明显的闪烁； 10分 4、 选作：显示按键输入的数字。 10分 -1, Design 16* 16LED matrix drive circuit, and the microcontroller core board interface (
omap3530hv2
- Ti omap3530开发板中核心板的硬件原理图，研究ARM Cortex A8时有用-Ti omap3530 development board core board hardware schematics, useful research ARM Cortex A8
ad
- 编程环境:Code Warrior 5.0 核心板 : MC9S12XS128 晶振频率: 16.000Mhz ============================================ 本程序主要包括以下功能： 1.设置ATD端口 2.模拟量从AD0~AD3输入 3.B口等外接LED显示转换结构-Programming environments: Code Warrior 5.0 Core board: MC9S12XS128 crystal f
ADC
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
CAN
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
Cortex-M0_Execute_for_lpc1100
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
Cortex-M0-uCOSII_for_lpc1100
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
GPIO
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
I2C
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
IAP
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
MicroCOS_IIP(G)
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
PMU
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
SSP
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
Systick
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
Timer16
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board
Timer32
- 周立功公司TinyM0配套基本外设例程的编写是基于TinyM0核心板+我司的EasyCortex-M3 1300的开发板-ZLG TinyM0 supporting the preparation of the basic peripherals routines are based on TinyM0 core board and the Division I EasyCortex-M3 1300 development board