And emphasize in the characteristic of hardware and software of the detecting system of electromagnetic environment virtual instruments based on the GPIB.
阐述了电磁环境监测系统的基本概念,重点对基于通用接口总线(GPIB)的电磁环境监测系统软件和硬件设计特点进行了分析,在虚拟仪器的基础上,结合实际电磁环境采用虚拟仪器概念,设计出了多功能电磁环境监测系统。
Microcomputer-controlled measurement and automatic data analysis systems can be realized efficiently by using the General Purpose Interface Bus(GPIB) technique.
利用通用接口总线（ＧＰＩＢ）技术可以实现微机控制的测量和数据分析系统。
The real-time EF monitoring system in this article is realized via General Purpose Interface Bus(GPIB) interface and the data is obtained from the spectrum analyzer and analyzed and processed by computer programming,which makes it possible to plot in real time the loss vs.
文中介绍的EF指标实时监测系统,是通过通用接口总线(General Purpose InterfaceBus,GPIB)构建的,它利用计算机编程技术从光谱分析仪中获取数据并进行分析处理,能够实时绘制带容限的GFF插入损耗曲线,监测EF指标。
The hardware circuit and software of universal CAN interface which is composed of SJAIOOO and P89C669 which is a 51-kernel MCU, are given, and the real example and the result of experiment are presented.
介绍了由独立的CAN总线控制器——SJA1000构成的通用型嵌入式CAN总线接口的原理,详细 叙述了SJA1000与具有典型51内核的P89C669单片机组成的通用CAN总线接口的硬件电路和软件实 现思想,最后给出了设计实例和实验结果。
A controller or active device on a GPIB bus that is configured to accept information from the bus.
接在通用接口总线(GPIB)上的一种控制器或活动设备,用于从总线上接收信息。
Research on CAN-Bus Communication Adapter Based on USB and Application;
基于USB接口的CAN总线通信适配器的研究和应用
Research and Application of Interface Communication Module of 1553B Bus Based on DSP and FPGA
基于DSP+FPGA的1553B总线接口通讯模块的研究和应用
Development of General Purpose Electric Simulator Based on TMS320F2812 and CAN-Bus Controller
基于TMS320F2812的CAN总线接口通用电模拟器研制
Design of 1553B Universal Interface Based on FPGA and DSP
基于FPGA+DSP的1553B总线通用接口设计与实现
Research on Interface of Ethernet and CAN Bus;
以太网与CAN总线通讯接口技术研究
Research on Communication Interface for Fieldbus Based on Ethernet;
基于以太网的现场总线通信接口研究
Design of the Interface Based on PROFIBUS-DP;
Profibus-DP现场总线通信接口设计
Communication Interface Designing between Module and VXI Bus;
计数器模块与VXI总线的通信接口设计
Design and Implementation of Avionics Bus Interface Communication System
航空总线接口通信系统的设计与实现
Design of a Multi-Channel ARINC 429 Bus Interface Board Based on PCI
基于PCI的多通道ARINC429总线接口卡设计
The Application of USB Interface to a Vehicle-carried Data Acquisition System
通用串行总线接口在车载数据采集系统中的应用
According to the features of bus-style avionics, a universal interface-class simulation platform was designed.
针对总线式航电设备的特点，设计了一个通用的接口级仿真平台。
The Design of CPCI Interface and Driver Development for General Signal Processing Board;
通用信号处理板卡的CPCI总线接口设计和驱动开发
To Expande Universal UART by Using I2C to URAT Chips
用I2C总线转UART芯片实现通用串口扩展
Interface Circuit Design and Application Based on PC s Bus;
基于PC机总线的接口电路设计与应用
Application of PCI Bus Interface Chip CH365
PCI总线接口芯片CH365及其应用
Development of Non-standard Parallel Communication Bus Simulation Interface Based on PCI Bus;
基于PCI总线的非标准并行通信总线仿真接口的研制
