低功耗标识卡,low-power identification card
1)low-power identification card低功耗标识卡
1.The paper introduced design of a kind of personnel position system of coal mine underground based on radio frequency communication and analyzed structure,working principle of the system and design oflow-power identification card in details.文章介绍了一种基于射频通信的煤矿井下人员定位跟踪系统的设计,详细分析了该系统的构成、工作原理以及低功耗标识卡的设计。
英文短句/例句
1.Design of Underground Personnel Position System Based on Low-power Identification Card基于低功耗标识卡的井下人员定位系统的设计
2.Design and Implementation of Low Power for Digital Baseband Processor of RFID Tag;无线射频识别标签的数字基带系统的低功耗设计与实现
3.Low Power Data Acquisition System Based on MSP430 and SD Card for Pressure Signal基于MSP430和SD卡的低功耗压力采集系统
4.Design of a Low-Power the Digit Integrated Circuit for the Passive Electron Tag;无源电子标签数字系统的低功耗设计
5.Investigation on Low-power Consumption and Intelligent Tag Based on FPGA基于FPGA低功耗智能标签芯片的研究
6.A Low Power 915MHz Passive RFID Tags一种915MHz低功耗RFID无源电子标签
7.Low-power Anti-collision Protocol Design of Active RFID Tag有源电子标签低功耗防冲突协议设计
8.Low Power Design of UHF RFID Tag Baseband ProcessorUHF RFID标签基带处理器的低功耗设计
9.Analysis and Implementation of Ultralow-power Active RFID Tag超低功耗有源RFID标签的分析与实现
10.Development of Low-power-consumption Multicenter Internal Recorder System Based on SD Card基于SD卡的低功耗多通道内记系统设计
11.An Ethernet Controller SoC Design and Its Low-Power DFT Considerations嵌入式网卡芯片设计及其低功耗DFT技术考虑
12.Design of Unsupervised Reading System for Low Power Nonmagnetic Water Meter低功耗无磁水表中射频卡读写器的设计
13.Key Technology Research and Implementation of Low-Power Passive RFID Transponder;低功耗无源射频标签关键技术研究与实现
14.Implementation and Design of Baseband Controller for Low Power High Frequency RFID Tag IC一种低功耗高频RFID标签芯片基带控制器
15.Design of a Low Power RF Front-End for Active UHF-RFID Tag IC低功耗有源UHF-RFID标签芯片射频前端的设计
16.A Temperature Control Circuit with Small Size and Low Power Consumption for CPT Atomic Frequency Standard一种CPT频标小体积低功耗温控电路的研制
17.ASIC Implementation of Low Power Baseband Processor for UHF RFID Tag低功耗UHFRFID标签基带处理器的ASIC实现(英文)
18.An Ultralow-Voltage,Low-Power Baseband Processor for UHF RFID Tags一种基于射频电子标签的超低电压低功耗基带处理器
相关短句/例句
power/low power功耗/低功耗
3)low power consumption低功耗
1.Design of the midget ultralow power consumption ECG auscultoscope;超低功耗微型心电听诊仪的设计
2.Design of high performance andlow power consumption underwater acoustic fuze filter;一种高性能低功耗水声引信滤波器的设计
3.Realization of high-voltage side circuit of optical current transformer withlow power consumption based on MSP430 SCM;基于MSP430单片机的低功耗电流互感器高压端的实现
4)low power dissipation低功耗
1.System-levellow power dissipation analysis in real-time systems;系统层上的实时系统低功耗分析
2.Development of novel GaInNAs based HBT withlow power dissipation;新型GalnNAs系低功耗HBT研究进展
3.The substation,based on the analysis of the advantages and the disadvantages of existing supervisory substations,is designed with MSP430,a kind of highly integrated MCU with speciallow power dissipation.该分站采用高集成MSP430完成低功耗设计,通过uIP将TCP/IP栈引入MSP430中,从而提高了系统的数据传输和通信协议的可靠性及抗干扰能力。
5)low-power低功耗
1.A Low-power Data Acquisition System s Design Based On PIC MCU;基于PIC单片机低功耗数据采集系统的设计
2.Study on portablelow-power resistance tester of battery;便携式低功耗电池内阻测试仪的研究
3.Design of intelligent andlow-power for vortex flow-meter;低功耗智能涡街流量计的设计
6)low-power consumption低功耗
1.The design oflow-power consumption heat meters based on MSP430;基于MSP430的低功耗热能表的研制
2.MSP430 MCU of TI Corp is alow-power consumption single-chip computer.TI公司的MSP430F413是一种超低功耗性能的单片机。
3.A design oflow-power consumption heat meter with long-distance communication based on MSP430 is stated.提出了一种基于MSP430单片机的低功耗远程热能表的设计方案。
延伸阅读
TDP功耗
TDP的英文全称是“Thermal Design Power”,中文翻译为“热设计功耗”,是反应一颗处理器热量释放的指标,它的含义是当处理器达到负荷最大的时候,释放出的热量,单位为瓦(W)。 CPU的TDP功耗并不是CPU的真正功耗。功耗(功率)是CPU的重要物理参数,根据电路的基本原理,功率(P)=电流(A)×电压(V)。所以,CPU的功耗(功率)等于流经处理器核心的电流值与该处理器上的核心电压值的乘积。而TDP是指CPU电流热效应以及其他形式产生的热能,他们均以热的形式释放。显然CPU的TDP小于CPU功耗。换句话说,CPU的功耗很大程度上是对主板提出的要求,要求主板能够提供相应的电压和电流;而TDP是对散热系统提出要求,要求散热系统能够把CPU发出的热量散掉,也就是说TDP功耗是要求CPU的散热系统必须能够驱散的最大总热量。 现在CPU厂商越来越重视CPU的功耗,因此人们希望TDP功耗越小越好,越小说明CPU发热量小,散热也越容易,对于笔记本来说,电池的使用时间也越长。Intel和AMD对TDP功耗的含义并不完全相同。AMD的的CPU集成了内存控制器,相当于把北桥的部分发热量移到CPU上了,因此两个公司的TDP值不是在同一个基础上,不能单纯从数字上比较。另外,TDP值也不能完全反映CPU的实际发热量,因为现在的CPU都有节能技术,实际发热量显然还要受节能技术的影响,节能技术越有效,实际发热量越小。 TDP功耗可以大致反映出CPU的发热情况,实际上,制约CPU发展的一个重要问题就是散热问题。温度可以说是CPU的杀手,显然发热量低的CPU设计有望达到更高的工作频率,并且在整套计算机系统的设计、电池使用时间乃至环保方面都是大有裨益。目前的台式机CPU,TDP功耗超过100W基本是不可取的,比较理想的数值是低于50W。