搜索资源列表
vxworksbsp
- vxworks bsp 例子 理解BSP 如何设计、使用BSP-VxWorks BSP example BSP understand how to design, the use of BSP
digital_signal_processing
- document about the digital signal processing,detailedly introduce how to design the filters including the FIR and IIR filters
RFID-Reader(SchPCB).zip
- RFID 读卡器设计原理图与PCB图，难得的设计资料图,RFID reader design and PCB schematic diagram, the design data for rare
laboratory-10
- 基于DE2开发板的实例10进行编写，为整个工程的打包文件-this is a file for lab10 of DE2,you can use this to learn how to design a processor
filter
- 如何利用verilog设计数字滤波器 包含低通滤波器,带通滤波器,高通滤波器.-how to design a digit filter with Verilog
RFID1356_CE5.0_eVC4_081113
- RFID射频IC卡读写器资料，里面有介绍如何去设计一个RFID功能，加解说，FOR WINCE 5-RFID Radio Frequency IC Card Reader information there on how to design an RFID function, plus explanations, FOR WINCE 5
openmsp430_latest.tar
- how to design zigbee wireless product-how to design zigbee wireless product
CyclonePLL
- Cyclone™ FPGA具有锁相环（PLL）和全局时钟网络，提供完整的时钟管理方案。Cyclone PLL具有时钟倍频和分频、相位偏移、可编程占空比和外部时钟输出，进行系统级的时钟管理和偏移控制。Altera® Quartus® II软件无需任何外部器件，就可以启用Cyclone PLL和相关功能。本文将介绍如何设计和使用Cyclone PLL功能。 PLL常用于同步内部器件时钟和外部时钟，使内部工作的时钟频率比外部时钟更高，时钟延迟和时钟偏移最小，减小或调整时钟
Em78I2C
- I2C串行总线具有占用I/O口少，控制方式简单，信号传输速度快，配套功能芯片种类多的优点，非常适用于单片机系统设计中，I2C串行总线由两根线构成：数据线（SDA），时钟线（SCL）,其数据传输过程在很多书中都有介绍，这里不做专门说明。下面以24CXX系列SEEPROM为例介绍EM78系列单片机如何设计I2C总线接口。-I2C serial bus with the occupation of I/O port less control is simple, signal transmission
16-bit_cpu_design
- 详细介绍了如何设计一个简单的16位cpu.其中包含了从最基础的指令系统开始到最复杂的cu控制器的设计思路，方案.最后还介绍了一些有关vhdl语言的用法,并给出了具体的cpu部件的vhdl代码,从而帮助大家更为深刻的学习如何设计一个简单的cpu-Described in detail how to design a simple 16-bit cpu. Which contains the most basic instruction from the beginning to the most
Asynchronous-FIFO-design
- 异步FIFO是一种先进先出的电路，在异步电路中，由于时钟之间周期和相位完全独立，因而数据丢失概率不为零。如何设计一个高可靠性、高速异步的FIFO是一个难点，本代码介绍了一种解决方法。-Asynchronous FIFO is a kind of advanced first out circuit, in asynchronous circuit, as the clock cycle and phase between full independence, thus data loss pro
IO-system-DVCC8086-design.-Doc
- 本文从介绍DVCC8086十六位微型机的硬件组成开始，讨论了十六位微机实验系统的输入输出的相关内容。描述DVCC8086十六位微型机本身的所有资源，同时也对本设计中使用的输入输出设备开关量、数码管显示器、与输入输出相关的接口芯片及其驱动程序进行了详细的讲解。最后给出了一个具体的输入输出的应用,以此来了解如何进行一个完整的输入输出系统的设计。-This paper mainly introduced the DVCC8086 16 bits miniature computers’ hardwar
DC-power-module-design
- 该文件讲述TMS320C6000系列的电源供电模块芯片的上电循序、过载保护、电路板布线注意事项，讲述如何设计一个C6713适用、好用的电源模块。-The document describes TMS320C6000 series of power supply module power-on-chip sequential, overload protection, circuit board layout considerations, how to design a C6713 applic
How-to-design-multi-task-procedure
- 介绍用C语言如何设计单片机多任务程序的方法。-Introduce how to design single-chip using C language, multi-task procedure.
verilog-design-of-the-traffic-lights
- 基于verilog的交通灯程序，课程设计的时候绝对用得上-The text is about how to design the traffic lignt it is very useuful
how-to-write-state-machine
- FPGA状态机设计中的问题，怎样写好三段式状态机，对于FPGA设计者很好的资料-FPGA state machine design issues, how to write a three-state machine, very good information for FPGA designers
HOW-TO-USE-XILINX-ROMS
- 如何更好设计应用Xilinx FPGA/CPLD的ROM-How to better design application of the Xilinx FPGA/CPLD ROM
PROTEL-four-layer-board-design
- PROTEL多层板设计，教你如何去设计多层板，以及设计多层板的一些注意事项-The PROTEL multilayer design, teach you how to design multilayer, as well as design of multilayer Note
How-to-comprehend-matching-impedance
- 对于高频的电路设计，就必须要考虑阻抗匹配的问题，否则信号的质量和传输距离就会受到严重影响，本文介绍了如何理解阻抗匹配的问题，是难得得资料。-For high-frequency circuit design, it is necessary to consider the problem of impedance matching, or the quality of the signal and the transmission distance can be severely affecte
How-to-comprehend-matching-impedance
- 对于高频的电路设计，就必须要考虑阻抗匹配的问题，否则信号的质量和传输距离就会受到严重影响，本文介绍了如何理解阻抗匹配的问题，是难得得资料。-For high-frequency circuit design, it is necessary to consider the problem of impedance matching, or the quality of the signal and the transmission distance can be severely affecte