MIDI控制器与合成器通过电线相连接，利用异步串行接口可以在不同设备间传送命令。
MIDI controllers and synthesizers are connected using cables that allow the commands to be sent between devices using an asynchronous serial interface.
转换过程和数据采集过程通过CS和串行时钟信号进行控制，从而为器件与微处理器或DSP轻松接口创造了条件。
The conversion process and data acquisition are controlled using CS and the serial clock signal, allowing the device to easily interface with microprocessors or DSPs.
如果设备具有通用接口总线或串行接口，你可以通过一个带有相似界面的计算机来控制。
If the instruments have a GPIB or serial interface, you can control them with a computer equipped with a similar interface.
SPCE061A的全双工异步通讯的串行接口可实现多机通讯，组成了步式控制系统。
SPCE061A duplexing asynchronous serial interface of communication can realize many machine communication, make up step type control system all.
单片机实时完成量化控制。实验中通过串行通信接口输出编码系统的控制结果。
The single chip processor accomplishes quantify control in real time, the coding system's controlling results is outputted through the serial interface port.
单个微控制器通过spi兼容的串行接口控制整组电池监视器，该微控制器也是至主CAN总线的网关。
A single microcontroller controls the entire stack of battery monitors via the SPI-compatible serial interface, and it also is the gateway to the main CAN bus.
在集散控制系统设计中，经常会涉及到利用计算机串行接口进行数据通信。
The data communication through computer's serial interface is often involved in the design of distributing control system.
详细介绍了光发送、光接收电路和单片机与微机的串行通信控制接口。
Transmitting and receiving circuits and serial communication and control interface between PC and microcontroller are described in detail.
串行通信接口技术以其硬件设计简单、控制方便、成本低廉、传输距离远等优点在工程中广泛使用。
The serial communication interface has many merits such as simple design hardware, more convenient control, lower cost, far transmit distance and etc.
串行接口由于其具有连接简单、使用方便、数据传递可靠等优点，在工业实时控制系统中得到了广泛应用。
The serial interface possesses the good qualities of connecting simply, using conveniently and data transferring credibly, so it has gained abroad appliance in real time control system.
单片机是将运算器、存储器、定时器、模数转换器和串行通信接口等集成在一个芯片上的小型计算机系统，它可以被嵌入到各种自动控制器和智能电子产品中。
Microcontroller is a small computer system that integrates ALU, memory, timer, ADC, UART, etc in one chip. it can be embedded into many kinds of controllers and intelligent electronic products.
文中通过扩展异步通信芯片TL16C750 实现DSP和PC 机之间的异步串行通信，从而增强系统的通信接口控制能力。
This paper achieves the synchronous serial communication between DSP and PC based on TL16C750, thus improving systems'power of controlling communication interfaces.
设置与控制的编程利用3位SPI兼容串行接口来完成。
Programming for setup and control is accomplished using a 3-bit SPI-compatible serial interface.
介绍了TMS320F240串行通信接口模块的特点及构成，并结合一个电机控制系统对串行通信接口的实际应用进行了说明。
This article introduces serial communication interface module(SCI)of TMS320F240. It also combines with an example of motor control system to explain practical application of SCI module.
串行接口作为一种应用较早的数据通信接口，由于其自身实现容易等诸多特性，现在已经在工业控制等诸多领域得到了广泛的应用。
Serial port, early applied communications port, has been widely using in various fields as the industrial control and so on, just due to its special features of its easy realization.
同时给出了应用双通道串行通信控制器(SCC)实现AM 79101与51单片机接口电路和应用程序设计。
Also, it provides the application of serial communication controller (SCC) which realizes the interface circuit linking AM79101 and 51mcu, and its programs.
本文介绍了串行时钟芯片DS1302的功能和工作原理，并给出ds1302在灌溉控制器中与AT 89 C51单片机的接口电路设计。
This paper introduces the functions and work principles of serial clock chip DS1302, the design of interface circuit with AT89C51 single -chip microcomputer in the spray irrigation controller.
接口是数字控制器与伺服驱动器间的串行实时通信总线。
SERCOS (SErial Real-time Communication System) is the serial real-time communication fieldbus between digital controller and servo-driver.
转换过程和数据采集过程通过CS和串行时钟进行控制，从而为器件与微处理器或DSP接口创造了条件。
The conversion process and data acquisition are controlled using CS and the serial clock, allowing the devices to interface with microprocessors or DSPs.
该器件集成了128抽头数字控制电位器，EEPROM的16kbit，和一个2线串行接口。
This device integrates a 128-tap digitally controlled potentiometer, 16kbit of EEPROM, and a 2-wire serial interface.
可带串行通讯接口，可与各种带串行接口的设备进行双向通讯，组成网络控制系统。
It may with serial communication interface, can carry out both - way communication between it and every device with serial interface, and constitute network control system.
为解决TMS320C6711在通信接口控制能力方面存在的缺陷，提出了一种基于TL16C550C实现TMS320C6711的异步串行通信的新方案。
This paper introduces a new resolving plan of the realization of TMS320C6711's UART communication based on TL16C550C.
介绍了音频模拟接口芯片TLC320AD50C的原理和使用注意事项，以及TMS320 VC 5402串行口的主要特点，并且详细分析了TMS320 VC 5402控制寄存器的配置和工作过程。
The TLC320AD50C principles and main characteristic of the serial port of TMS320VC5402 are introduced and the configuration of control registers and their process of operation are analyzed.
首先介绍了串行通信控制器85c30，给出了85c30接口电路的设计。
The serial communication controller-85C30 is introduced firstly. The design of 85c30 interface circuit can be found in this part.
探讨了PC的串行接口用于光电编码器的脉冲计数和伺服电机控制两种非通信功能的应用。
The COM of IBM-PC applications for the counter of Opt-encoder pulse and the controller of AC -Servo are study in this paper.
接口控制形式有并行和串行两种，着重介绍串行接口控制，并给出设计实例。
There were two kinds of interfaces: parallel and serial interface mode, serial interface was mainly discussed and an example was given for designing.
系统选用USB(通用串行接口)作为和上位机通信的接口，实现处理数据的上传以及上位机对DSP的控制。
We choose USB (Universal Serial Bus) as the communication interface of DSP and the computer which can fulfill up data transfer and the control to DSP.
数字串行接口可配置用于三线式操作，并且与微控制器和数字信号处理器兼容。
The digital serial interface can be configured for three wire operation and is compatible with microcontrollers and digital signal processors.
该接口也可以用于和其他控制器的快速通讯(同步串行)。
This interface can be also be used for a fast communication (synchronous serial) with other controllers.
该接口也可以用于和其他控制器的快速通讯(同步串行)。
This interface can be also be used for a fast communication (synchronous serial) with other controllers.
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