Receive

共 151 篇文章
Receive 相关的电子技术资料,包括技术文档、应用笔记、电路设计、代码示例等,共 151 篇文章,持续更新中。

The 74ALVC16245(74ALVCH16245) is a 16-bit transceiver featuring non-inverting 3-State bus compatibl

The 74ALVC16245(74ALVCH16245) is a 16-bit transceiver featuring non-inverting 3-State bus compatible outputs in both send and receive directions.

universal Serial is for send and receive from serial UART whit AVR

universal Serial is for send and receive from serial UART whit AVR

Supports event grabber functions, which allow a Compact Framework control to receive Win32 messages

Supports event grabber functions, which allow a Compact Framework control to receive Win32 messages.

We will receive tray icon messages on id ID_TRAY. It makes sure that only one instance of the chat s

We will receive tray icon messages on id ID_TRAY. It makes sure that only one instance of the chat server runs at any time. Finally, this chat program is integrated with Microsoft NetMeeting for ease

UWB Sourece. transmit/receive /AWGN/BER

UWB Sourece. transmit/receive /AWGN/BER

HDMI 开发演示板原程序,receive端,HDCP芯片内置

HDMI 开发演示板原程序,receive端,HDCP芯片内置

无线通信CDMA

无线通信CDMA,MIMO技术DIVERSITY接收。分为1transmit2receive 2transmit1receive 1transmit1receive 2transmit2receive

8051, receive from serial port write to AT24C64

8051, receive from serial port write to AT24C64

It support IPv4 and IPv6 unicast and multicast and contains a trivial sender and a trivial receiver

It support IPv4 and IPv6 unicast and multicast and contains a trivial sender and a trivial receiver that can be used to send or receive arbitrary data over RTP. An implementation of generic forward er

The following Philips LPC2k CAN examples in this directory were provided by ESAcademy. LPC2_CANA

The following Philips LPC2k CAN examples in this directory were provided by ESAcademy. LPC2_CANAll_V110: Receives all CAN messages in a receive queue. LPC2_CANFull_V110: Uses Full-CAN-like re

linux下Y-Modem协议的实现源代码。 receive.c:数据接收代码 send.c:数据发送代码 ymodem.c:主文件

linux下Y-Modem协议的实现源代码。 receive.c:数据接收代码 send.c:数据发送代码 ymodem.c:主文件

CAN1.c and CAN2.c are a simple example of configuring a CAN network to transmit and receive data o

CAN1.c and CAN2.c are a simple example of configuring a CAN network to transmit and receive data on a CAN network, and how to move information to and from CAN RAM message objects. Each C8051F040-T

This is a program that receive RTCM data for DGPS Applications

This is a program that receive RTCM data for DGPS Applications

This paper will discuss the design of an asynchronous FIFO,Asynchronous FIFOs are widely used in the

This paper will discuss the design of an asynchronous FIFO,Asynchronous FIFOs are widely used in the computer networking industry to receive data at a particular frequency and transmit them at anothe

用java实现的邮件服务器(Server 文件夹 用户名 文件夹 Send receive 文件夹 文件 时间.txt. 日志文件

用java实现的邮件服务器(Server 文件夹 用户名 文件夹 Send receive 文件夹 文件 时间.txt. 日志文件,谁在什么时候发给谁,时间等 要可以转发的 注册用户就要为其分配一个邮箱(文件夹) )

nRF24E1编程下载板是我们自行开发的简易无线通信模块nRF24E1的在线下载板

nRF24E1编程下载板是我们自行开发的简易无线通信模块nRF24E1的在线下载板,使用方便。 nRF24E1编程下载板源程序包括上位机程序、单片机固件程序和nRF24E1内51核控制程序, 分别存放在“上位机程序”、“AT89S52”和“nRF24E1”三个文件夹内。 “上位机程序”内有应用软件download.exe。 “AT89S52”内有单片机固件源程序download.c,可以直

nRF24E1编程下载板是我们自行开发的简易无线通信模块nRF24E1的在线下载板

nRF24E1编程下载板是我们自行开发的简易无线通信模块nRF24E1的在线下载板,使用方便。 nRF24E1编程下载板源程序包括上位机程序、单片机固件程序和nRF24E1内51核控制程序, 分别存放在“上位机程序”、“AT89S52”和“nRF24E1”三个文件夹内。 “上位机程序”内有应用软件download.exe。 “AT89S52”内有单片机固件源程序download.c,可以直

Make and answer phone calls Detect tone and pulse digit from the phone line Capture Caller ID

Make and answer phone calls Detect tone and pulse digit from the phone line Capture Caller ID Support blind transfer, single-step transfer/conference, consultation transfer/conference, hold,

This designs demonstrates how to use the Ethernet port using a Nios II system on the DE2 board. It s

This designs demonstrates how to use the Ethernet port using a Nios II system on the DE2 board. It sends packets, and using a loopback Ethernet cable, it ll receive the same packets which are then dis

XAPP740利用AXI互联设计高性能视频系统

<p> This application note covers the design considerations of a system using the performance<br /> features of the LogiCORE&trade; IP Advanced eXtensible Interface (AXI) Interconnect core. The<br />