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CSM100
- CSM100 是集成微处理器、 CAN-bus 控制 器、CAN-bus收发器、DC/DC 模块、高速光 电隔离于一体的嵌入式 CAN转 UART 芯片。 该产品可以很方便地嵌入到具有 UART 接口的设备中， 在不需改变原有硬件结构的 前提下使设备获得 CAN-bus 通讯接口， 实现 具有 UART 设备和 CAN-bus 网络之间的数据 通讯。其中 UART 通道支持多种波特率，范 围在：600-115200bps 之间可选,CAN-bus 支持 5–1
GSM_Alarm
- This schematic and Gerber files of PCB that is used for GSM alarm system. This is industrial-grade system with many features like 1-wire (iButton) interface, additional interface for video camera (UART JPEG camera is used), SD card to store pictures
UART
- CAN is a multi-master broadcast serial bus standard for connecting electronic control units (ECUs). Each node is able to send and receive messages, but not simultaneously: a message (consisting primarily of an ID — usually chosen to identify the
FPGA_RS232
- 为增加系统稳定性，减小电路板面积，提出一种基于FPGA的异步串行口IP核设计。该设计使用VHDL硬件描述语言时接收和发送模块在Xilinx ISE环境下设计与仿真。最后在FPGA上嵌入UART IP核实现电路的异步串行通信功能。该IP核具有模块化、兼容性和可配置性，可根据需要实现功能的升级、扩充和裁减。-In order to increase system stability, reduce board space, presents a FPGA-based asynchronous ser
aima
- 基于DMA通过UART发送和接收数据的例子，注意DMA_0为接受通道，DMA_1为发送通道。当然可以将dma的read_master和writer_master同时连在uart_0和sdram_0的从端口上，这样是可以用一个dma对两者读写操作，但是不能同时做双向传输。-Based on DMA send and receive data through the UART example, attention DMA_0 accepted channels, DMA_1 to send the
cyphunk-depcb-fc62701
- Introduction dePCB.org project aims at helping people reverse engineer unknown electronic equipment faster and more easily. We plan to provide a collaborative platform where people can identify components, IC, annotate parts of a PCB an
ComputerBasedonOMAP5912
- 以OMAP5912芯片为核心，构建捷联式制导计算机的硬件系统，对电源模块、时钟模块、存贮器扩展模块、数据采集模块(主要为A／D电路)、外围控制接口模块(标准UART、USB、JTAG等)等外围电路进行了设计，可使系 统硬件电路更简单，具有更高的可靠性。-OMAP5912 has two cores：ARM926EJ-S and TMS320C55x DSP．The ARM core can solve the problem of multi-path real-time control a
gpio_send_uart
- This code show you how can use gpio pin to send uart code
UART
- 上电后数码管显示：0000，同时串口超级终端软件显示：“=======Ready=======”, 在串口超级终端的窗口输入：0 ~ 9,就可观察-The digital display on power: 0000, while serial HyperTerminal software displays: " the ======= Ready ======= serial HyperTerminal window, enter: 0 to 9, and can be observe
sedaa
- UART的全称是通用异步收发器（Universal Asynchronous Receiver/Transmitter），是实现设备之间低速数据通信的标准协议。“异步”指不需要额外的时钟线进行数据的同步传输，是一种串行总线接口，只需占用两根线就可以完成数据的收发（一根接收数据，一根发送数据），常用的标准通信波特率有9600bps、115200bps等。-UART stands for Universal Asynchronous Receiver Transmitter (Universal A
Timer
- RM7 UART串口接收实例程序，TXT文档 可以KEIL直接调试-RM7 UART serial port to receive examples of procedures, TXT documents can be directly KEIL debug
Programas-de-Micros
- Some example about programs to microcontroller. The programation is in languaje C. Some programs are very easy to understand, others is about to use the serial comunication like UART. And I added a program with ADC, you only need built the circuit wi
RTC-uart-i2c
- STM32F407 RTC、i2C、uart驱动，能看出这些接口的配置方法。-STM32F407 RTC、i2C、uart driver，you can know how to use these interfaces.
TM1652
- TM1652 是一款LED（发光二极管、数码管、点阵屏）驱动控制专用芯片，内部集成了数字通讯电路、 解码电路、数据锁存器、震荡器、LED驱动电路。通讯方式采用异步串口通信（UART）协议，因芯片只 接收单片机发来的数据，仅需要单片机的一个TX端口发送数据给芯片即可，实现单线通讯；在显示驱动 方面，芯片采用动态扫描方式，两种显示模式可选，8级段驱动电流可调，16级位占空比可调；TM1652 内置消隐处理优化电路。-TM1652 is an LED (light-emitting d
NET-a-UART
- AR8031千兆以太网应用电路,使用altium designer设计,已经在ARM11上经过验证,稳定工作在千兆,接口为GMII和RG45,可以作为千兆以太网参考设计电路 -AR8031 Gigabit Ethernet application circuit design using altium design has been validated on ARM11, steady work in Gigabit GMII interface and RG45, Gigabit Eth
4-UART
- Dspic30F4011单片机的串行异步通信的测试程序，可以实现接收发送，经验证实用可靠-Dspic30F4011 microcontroller serial asynchronous communication testing procedures, can achieve transmission and reception experience was confirmed by reliable
fec_code
- The Slow Peripherals Clock Group includes the McBSPs, I2C, and the UART. The input clock to this clock group is taken the output of divider 2 (D2). by default, the divider is set to divide its input clock by four, but the divide value can be chan
STC-UART-
- STC 12C5A 系列单片机UART1 串口1运用，已调试成功，可直接调用-STC12C5A MCU serial port 1 to use UART1 has been successful commissioning, can be called directly
UART-to-Bus-Core-Specifications
- The UART to Bus IP Core is a simple command parser that can be used to access an internal bus via a UART interface. This core can be used during initial board debugging or as a permanent solution when high speed interfaces are not required. The i
UART
- RS-232-C 详解,串口通信基本接线方法,串口通讯的概念及接口电路-UART can help you study, this Document for uart all something