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transducer module
相关语句
  传感器模块
     The Design of Smart Transducer Module Based on ADμC812
     基于ADμC812单片机的智能传感器模块设计
短句来源
     The Design of Smart Transducer Module
     智能传感器模块设计
短句来源
     The Software Design of IEEE1451 Smart Transducer Module
     基于IEEE1451智能传感器模块的软件设计
短句来源
     Practices show that ADμC812 can commendably realize the STIM, which can present an excellent example for the IEEE1451 standard smart transducer module.
     通过实践论证,ADμC812很好的实现智能传感器模块的功能,为IEEE1451标准智能传感器模块的研制提供了实例。
短句来源
  相似匹配句对
     The Design of Smart Transducer Module
     智能传感器模块设计
短句来源
     Design and Implementation of Smart Transducer Interface Module
     智能传感器接口模块的设计与实现
短句来源
     Intelligent Transducer
     智能传感器
短句来源
     Acoustooptical Transducer
     声光传感器
短句来源
     display module;
     数据存储和回放模块。
短句来源
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IEEE 1451.2 standards' objective is to simplify the complexities designers have traditionally faced in establishing communications between networks and transducers.The goal is to standardize the interfaces to efficiently connect transducers to micro-controllers and to connect micro-controllers to networks.In its simplest terms,1451.2 specifies a plug-and-play capability in a transducer module.The IEEE1451.2 standard is presented.The implementation of an IEEE1451.2 compatible interface and function on the...

IEEE 1451.2 standards' objective is to simplify the complexities designers have traditionally faced in establishing communications between networks and transducers.The goal is to standardize the interfaces to efficiently connect transducers to micro-controllers and to connect micro-controllers to networks.In its simplest terms,1451.2 specifies a plug-and-play capability in a transducer module.The IEEE1451.2 standard is presented.The implementation of an IEEE1451.2 compatible interface and function on the DX digital smart pressure transmitter is outlined.

为简化传统设计中复杂的变送器与网络通讯的问题 ,IEEE14 5 1.2标准将变送器与微处理器以及微处理器与网络之间的接口标准化 ,使变送器模块达到即插即用的功能。介绍了IEEE14 5 1.2标准 ,描述了基于该标准的DX数字式智能压力变送器的接口设计和功能实现

Information technology consists of three divisions:information acquisition,information processing and information transmission.But the first is laying far behind the other two.Nowadays,information acquisition in network environments is an important research area and the sensor networked interface technology is one of the key problems.A smart transducer network consisting of a set of transducer nodes with digital bus is introduced in this paper.The design idea is based on IEEE1451 transducer interface standards.Some...

Information technology consists of three divisions:information acquisition,information processing and information transmission.But the first is laying far behind the other two.Nowadays,information acquisition in network environments is an important research area and the sensor networked interface technology is one of the key problems.A smart transducer network consisting of a set of transducer nodes with digital bus is introduced in this paper.The design idea is based on IEEE1451 transducer interface standards.Some requirements,such as `plug_and_play' capability,system integration and dynamic reconfiguration,are described,which is achieved through an `transducer electronic data sheet' (TEDS) in our networked transducer module.The TEDS contains fields that fully describe the type,operation,and attributes of one or more transducers and its data formats are defined.It specifies a digital interface to access this data sheet,read sensor data and set actuators.A set of reading and writing logic functions to access the `transducer electronic data sheet' and transducers are defined.We also outlines the implementation of an IEEE 1451.2 compatible interface on microprocessor including system structure,calibration module and digital interface.

针对网络环境下的信息获取 ,提出了采用网络化智能传感器的设计思想 ,以实现传感器的即插即用功能。围绕传感器在线辨识、参数修正 ,采用电子数据表单 (TEDS)方式对传感器的生产厂家、日期、校准参数等传感器特征属性进行描述 ,并给出传感器网络化的拓扑结构、校准模型和数字接口 (包括软、硬件 )的实现方法

In order to solve the difficult problem of network-based smart transducer interface's incompatibility with each other, the IEEE1451.2 protocol is described, and system on chip ADμC812 is used to realize STIM which complied with the IEEE1451.2 protocol. The software & hardware design ideas and the key points in the process of system design are discussed. Practices show that ADμC812 can commendably realize the STIM, which can present an excellent example for the IEEE1451 standard smart transducer module.

为了解决网络化智能传感器接口互不兼容的难题,文中对IEEE1451.2协议进行了阐述,并采用片上系统ADμC812实现了遵守IEEE1451协议规范的智能传感器模块(STIM)。这里重点介绍了STIM模块的软硬件设计思想及系统设计过程中相关注意事项。通过实践论证,ADμC812很好的实现智能传感器模块的功能,为IEEE1451标准智能传感器模块的研制提供了实例。

 
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