介绍在仪器仪表设计中采用SED1 3 3 0液晶显示控制器，汉字的字符方式显示，以及相应的程序设计。
Introduces the SED1330 LCD controller used in the design of instrumentation, and it's application of character mode to display Chinese, and relevant program design.
长期以来，在仪器仪表的开发过程中，其结构造型设计往往落后于其功能设计，成为缩短仪器仪表设计周期的瓶颈。
For a long time, in the procedure of designing instruments, the design of structures and modeling often lags behind the design of function.
采用可靠的结构设计确保宅缆的屏蔽效果，从而保证了仪器仪表可靠的工作。
Reliable design of cable construction ensures excellent shielding effect so as to ensure a reliable operation of instruments.
这些实用措施对便携式智能仪器仪表的设计具有重要的指导作用。
These practical measures play an important conductive rule in the design of portable intelligent instruments.
本文介绍了一种新型的CAN控制器芯片MCP2515以及该芯片在设计自动化仪器仪表中的应用。
This paper introduced a new type of CAN controller chip-mcp2515and its application in indus-try automatic instruments.
文章分析了矿山仪器仪表的防雷问题，着重阐述了矿山防雷的设计理念、措施和日常维护检查工作。
This text analyse lightning protection for instrument and meter of mine, expatiate on design idea, counter-measure, and daily maintenance and inspection routine for lightning protection of mine.
此方法同样可用于仪器仪表、机械及电子系统参数的优化设计。
The method may also be used in parameters optimization of mechanical and electronic system and in optimal design of instruments.
此种框架在自主开发的电工仪器仪表辅助造型设计系统HUST - CAID中逐步实践，取得一定的成绩。
The framework obtains achievement through practice step by step in electrician instrument and apparatus system HUST-CAID that develops independently.
论述了仪器仪表正常工作的基本条件，分析影响(干扰)其正常工作的各种因素，提出仪表设计造型及对环境的要求。
It describes basic condition of instrument and meter normal working, analyse all kinds of disturbing factors, raise its design and selection and environment requirement.
其结论对从事仪器仪表计量的同行在工作中尽快了解和正确应用GPIB技术设计自动测试系统提供参考。
The inclusion makes people who are at work on the measurement of instruments and meters, know and apply the GPIB technology correctly to design the Automated test system.
MSP430MCU是美国TI公司设计生产的16位微处理器，它具有超低功耗，指令简单丰富，功能强大等优点，广泛应用于便携式仪器仪表中。
MSP430 MCU, a 16-bit microprocessor of ti company, is widely applied in portable instruments and meters for its low power consumption, simple but sufficient orders and strong functions.
介绍智能充电控制芯片MAX713 ，并以其为核心，设计了一台为便携式仪器仪表供电的不间断电源装置。
The chip MAX713 for intelligent charge control is introduced in this paper, and with which, a DC UPS for portable instruments is designed.
EWB是一个优秀的电子电路设计与仿真的软件，主窗口由菜单栏、工具栏、元器件库和仪器仪表栏、控制按钮栏、电路工作区组成。
EWB is a excellent software of electronic circuit design and simulation. Its main window consists of menus, toolbars, parts bin toolbar, control pushbutton and drawing area.
本文论述了320千安匝直流大电流仪器仪表精密校验装置设计原理。
The design principle of a precision calibrating-testing device for up to 320 kilo-ampere-turns is described.
本文介绍通用仪器仪表标准总线IEEE - 488，连接计算机和程控仪器，配以软件设计，组成自动测试系统。
This paper introduces the IEEE -488 standard bus for general instrumentation. Using which to connect with computer and programmed instruments, an automatic testing system can be formed.
仪器仪表的设计与安全密切相关，其防误设计是非常必要的。
The design of instrumentation keeps close relationship to safety, so it is necessary to work on fool proof design.
分析了仪器仪表中常见干扰的来源，从应用的角度讨论了用硬件、软件和印制电路板设计时可用的抗干扰技术。
This paper analyses the sources of common interference in electronic instruments and discusses the anti-jamming techniques for hardware, software, printed circuit board, etc in terms of application.
它无需任何实际元器件，用预先设计出的各种功能的应用程序取代了大量的仪器仪表。
It does not need any actual device, with each kind of function application procedure which designs in advance has substituted for the massive instruments measuring appliance.
由于设计电路简单且实用性强，系统可用于仪器仪表行业的其他同类产品中。
Since the design of circuitry is simple and highly practical, the system can be used in and other similar products of instrumentation industries.
该系统可以建立一个虚拟三维空间，仪器仪表的结构模型就建立在该空间中，开发人员由此可以检验仪器仪表机构设计的有效性。
The system can create a virtual 3d space where the design of structure will be finished. Therefore, the designers can check the availability of instrument design.
针对需求分析，结合嵌入式技术，提出平台化的机电仪器仪表的硬件系统设计思路。
According to the needs analysing, putting forward the design method of that hardware platform with embedded technology.
他们可以参与的计算机辅助分析与设计，仪器仪表和测试和制造技术，包括机器人与自动化。
They can be involved in computer-aided analysis and design, instrumentation and testing and manufacturing technology, including robotics and automation.
他们可以参与的计算机辅助分析与设计，仪器仪表和测试和制造技术，包括机器人与自动化。
They can be involved in computer-aided analysis and design, instrumentation and testing and manufacturing technology, including robotics and automation.
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