1)energy metering IC电能计量芯片
1.ADE7758,ATT7026A and PL3223 are three kinds of poly phase multifunctionalenergy metering IC.介绍了ADE7758,ATT7026A及PL3223等三相高精度电能计量芯片的原理,比较了芯片的性能指标。
2.ATT7022B is a three-phase multi-functionenergy metering IC produced by Actions Semiconductor Co.ATT7022B是珠海炬力生产的高精度三相多功能防窃电基波谐波电能计量芯片,介绍它的特性和工作原理,以及采用它的三相多功能电能表的方案设计,包括硬件的配置、软件设计、工作原理、功能和技术性能进行了论述。
3.After introducing the character ofenergy metering IC ADE7758 and making a detailed theoretical analysis of it,a hardware design based on ADE7758 and the flow chart of the software were given,and through calibration,functions of electricity\"s monitoring were realized eventually.本文以三相高精度电能计量芯片ADE7758为硬件实现基础,通过对其特性的分析给出了具体的硬件实现电路,在对其实现功能的依据进行了详细的理论分析后,给出了软件流程图,通过后续的校准验证工作最终实现了能源监控系统对企业电能消耗的各种监控功能。
1.Research on Enterprise Energy Monitoring System Adopting ADE7758基于电能计量芯片ADE7758的能源监控系统
2.The Design of Machine Tool Power Test System Based on Energy Metering IC ATT7022A基于ATT7022A电能计量芯片的机床功率检测系统设计
3.Application of Energy Measurement IC ATT7022C in Distribution Transformer Monitoring Terminal电能计量芯片ATT7022C在配变监测终端中的应用
4.The Design of Single-Phase Energy Metering Circuit Based on chip ADE7755基于芯片ADE7755单相电能计量电路的设计
5.Multifunctional Electricity Power Measure System Based on ADE7758 Electricity Measure Chip基于ADE7758计量芯片的多功能电能测量表设计
6.A Smart System of Electric Power Load Monitor based on CS5463基于CS5463计量芯片的智能电力负荷检测系统
7.The implement of acquisition of electric energy based on ARM and chip ATT7022B基于ARM和ATT7022B芯片的电能量采集
8.The Front-ended Design of a Battery Protection Chip for the Mobilphone with Multifunction;手机电池多功能保护芯片的前端设计
9.Design of CMOS Multi-functional Leakage Current Protection Controller;CMOS多功能漏电保护控制芯片设计
10.A Design Of Software-Hardware-Integrated Reset Circuits;多芯片单片机80C552同步复位功能电路的设计
11.Research on Digital Circuit Design of a New Metering ASIC;新型专用计量芯片的数字电路设计研究
12.Research and Design of Sigma Delta Modulator for Electric Energy Meter IC用于电表计量芯片的Sigma Delta调制器的研究与设计
13.Design of Three-Phase electronic Power Meter Based on 71M6513H基于单芯片架构的三相电子式电能表设计
14.A Multivariate Encryption for Chip Design Protection and Its Circuit Architecture一种保护芯片设计的多变量加密及其电路结构
15.A Three-phase Electric Energy Measurement Chip Suitable for High-humidity Environment一种适用于高湿度环境的三相电能测量芯片
16.The High Performance Operational Amplifier Research and Design Based on Power Management Chip;电源管理芯片中高性能放大器的研究与设计
17.An intelligent home system design based on power line carrier SC1128基于SC1128电力线载波芯片的智能家居系统设计
18.L4970A Single-chip Integrated Switch-power"s Application DesignL4970A单片开关电源芯片应用电路设计
相关短句/例句
AD7751电能计量专用芯片
1.This paper introduces the principle and implementation method ofAD7751, presents the circuit and program of the system.介绍了单片电能计量专用芯片AD7751的工作原理和使用方法,给出了系统软硬件的设计方法,对人机接口和单片机的SP编程作了说明,系统实现了单相电量的检测、显示、存储和查询,并具有窃电侦测功能。
3)electricity energy measuring chip电能测量芯片
1.The technical application of ADE7754 high-precision multiphaseelectricity energy measuring chip in the low-voltage power-distribution detecting device is presented,and the principle,the function,the interface circuit as well as the software design of the ADE7754 are also given.主要讨论了ADE7754高精度多相电能测量芯片在低压配电检测装置中的技术应用,详述了ADE7754的功能原理、接口电路及软件设计等。
4)metering chip计量芯片
5)measurement IC ATT7022B计量芯片ATT7022B
6)Energy IC TDK6513计量芯片TDK6513
延伸阅读
电能计量方式电能计量方式electricity metering meansd一annengJ一I一ong fongsh-电能计t方式(eleetrieity metering means) 由于计t电能的对象不同,选择电能计黄装!的种类、结构也不同。电能计t方式与供电方式和电费管理制度等有关,因而世界各国的电能计量方式也有少量差异。中国的电能计t方式有:(1)单相供电的用户装设单相电能计量装置,三相供电的用户装设三相电能计量装里。(2)实行两部制电价的用户,宜装设最大需量表。(3)对要考核用电功率因数的用户,装设具有防倒机构的无功电能表;需要送、受双向计量时,分别装设具有防倒机构的无功电能表,对装有无功补偿设备有可能向电网倒送无功电能的用户,可装设带防倒机构的反向无功电能表,或双向无功绝对值累加无功电能表。(4)低压供电用户,其负荷电流为80A及以下时,电能计童装1接线宜采用直接接人式,其负荷电流为80A以上时,宜采用经电流互感器接人式。(5)高压供电的用户,在高压侧计量,但对10 kV供电,容量在500 kV·A及以下35kV供电,容量在315 kV·A及以下的,可在低压侧计量,即采用高供低计方式。(6)执行分时电价的用户,装设具有分时计量功能的复费率有功、无功电能表(见特种电能表)(7)有两路以上线路分别来自两个供电.点或有两个受电点的用户,分别装设电能计t装里。(8)用户一个受电点内不同电价类别的用电,分别装设计费电能计量装!。(9)中性点接地的电网或三相负载不平衡场合的计量装里应采用三相四线有功、无功电能表;中性点非有效接地的电网的计量装置可采用三相三线有功、无功电能表.(10)有送、受电量的地方电网和有自备电厂的用户,应在并网点上分设送、受电电能计量装!。