A Universal Digital Radar Receiver and its Application in Basic / Countermeasures Radar Experiment

数字 通用 接收机及其在基本雷达/雷达干扰实验中的应用

The Bluetooth specification supports UART ( Universal Asynchronous Receiver / Transmitter ) and USB transport mechanisms for Bluetooth HCI packets .

Bluetooth规范支持针对BluetoothHCI数据分组的UART（ 通用异步 接收器/传送器）和USB传输机制。

In this paper general scheme of the Digitalized Universal Radar Receiver is analyzed and designed according to the requirement of its performance and function .

论文结合雷达数字 通用 接收机性能、指标的要求，对雷达 数字 通用 接收机的总体方案进行了分析和设计。

UART ( Universal Asynchronous Receiver Transmitter ) is a short-haul serial communication interface which is applied widely in digital communication and control system .

UART（ 通用异步 接收发送设备）是一种短距离串行传输接口。在数字通信和控制系统中得到广泛应用。

Non synchronous USART Universal Synchronous Asynchronous Receiver Transmitter

非同步的，异步的 通用同步非同步 接收传送器

This paper presents a design of a universal asynchronous receiver and transmitter ( UART ) .

文章主要介绍一个 通用异步 接收器∕发送器（UART）核的设计。

For the opposite reason AB is sometimes called the universal receiver .

相反，AB型血被称为 万能 受血者。

For its advantages of programmability and high compatibility Universal Asynchronous Receiver / Transmitter ( UART ) is extensively applied to the design of many kinds of chips such as MCUs MPUs and DSPs .

通用异步串行通信接口因其可编程特性和高度兼容性，在各类MCU、 MPU以及DSP芯片设计中得到了广泛的应用。

In cooperative field modulation classification and recognition is the technical base for universal receiver based on software radio and intelligent receiver based on cognitive radio and they are also the bottleneck and kernel .

在合作领域中，调制方式分类识别是软件无线电 通用 接收机和认知无线电智能接收机的关键技术基础，同时也是瓶颈和核心。

The Design of Universal Asynchronous Receiver Transmitter Based on FPGA

基于FPGA的 通用异步 收发器的设计

This paper introduces the universal digital signal processing platform of radar receiver which requires miniaturization universalization and real-time operation .

介绍了小型化、通用化和实时信号处理要求下，雷达 接收机 的 通用数据采集处理硬件平台。

In the hardware field CPLD is entitled for system logical control ; Serial communication derived from UART ( Universal Asynchronous Receiver Transmitter ) frees the DSP of burdensome control .

在硬件上采用CPLD来完成系统的逻辑控制，利用UART（ 通用异步 收发器）来进行串行通信，使DSP从繁忙的控制任务中解放出来。

Universal asynchronous serial receiver / transmitter ( UART ) is designed and implemented .

设计并实现了串并通信协议控制器中的 通用异步串行 收发器（UART）。

VHDL Realization of Universal Asynchronous Receiver Transmitter

通用异步 收发器的VHDL实现

Application of Universal Serial Bus Interface Technology in DVB Receiver

通用串行总线接口技术在数字视频广播 接收机中的应用

The Design of UART ( Universal Asynchronous Receiver Transmitter ) based on FPGA / CPLD

基于FPGA/CPLD的 通用异步通信接口 UART的设计

The main function of the software is to collect UTC ( Coordinated Universal Time ) data from GPS receiver and to synchronize the time of local network with the collected UTC data in passive time synchronization algorithm .

时间同步服务软件的主要功能是周期性地采集来自GPS 接收机的协调 世界时UTC（CoordinatedUniversalTime）的时间信息，采用被动式时间同步算法同步本地网络所有节点时间，使本地网络时间得到统一。

Thus a full duplex PPM wireless laser communication transceiver was implemented on a minimum MCU system with reliable quality and low cost . The transceivers act as a transparent data channel of universal asynchronous receiver transmitter ( UART ) which connects two data terminal equipments .

以单片机最小系统实现一个简洁可靠、成本低廉的PPM调制全双工激光无线通信收发器，该 收发器为两个数据终端之间提供一条透明的 通用异步串行数据传输通道。

The healing in these techniques involves the practitioner acting as a channel to bring higher universal light energies into the receiver of the treatment .

这些技术包括治疗的医生充当一个通道带来更高的 宇宙光能量到 接收机的治疗。

Use VHDL to Design Universal Asynchronous Receiver & Transmitter

用VHDL设计 通用异步 接收/发送器