功率油耗测试,power and fuel consumption measuring
1)power and fuel consumption measuring功率油耗测试
1.Design ofpower and fuel consumption measuring instrument for simple diesel engine单缸柴油机功率油耗测试仪设计
2)brake dynamometer功率油耗检测仪
1.Study on thebrake dynamometer of 25 type tractor;25型拖拉机野外功率油耗检测仪的研制
3)test power测试功耗
1.With the development of VLSI manufacture technology and the higher integration degree,test power consumption has become one of the main concerns of IC designers.基于扫描结构的数字集成电路,学术界已提出了许多方法降低该电路的测试功耗,本文对此方面的研究进行综述。
2.There are three serious problems: These are test application time, test data volume, andtest power consumption.其中比较严重的问题有三个:它们分别是测试时间、测试数据量和测试功耗。
3.As CMOS device dimensions have been down to the very deep-submicron,test power is higher than the power produced in circuit s work period.随着CMOS器件进入超深亚微米阶段,测试时产生的功耗比系统正常工作时的功耗高很多,测试功耗正逐渐成为影响芯片设计的重要因素,芯片测试时的低功耗技术也已经成为当前学术界和工业界的一个研究热点。
英文短句/例句
1.Testing Time and Testing Power For a SOC Co-optimizationSOC测试时间与测试功耗协同优化
2.Research on novel low test power based on two threshold VLSI双阈值VLSI低测试功耗方法研究
3.An Effective Method for Depressing Scan-based Test Power一种有效降低扫描结构测试功耗的方法
4.Improve Test Compression Ratio and Reduce Test Power of EFDR Codes by Scan Chain Reconfiguration用扫描链重构来提高EFDR编码的测试压缩率和降低测试功耗
5.Research on Low-Power Test in VLSI Scan Test;VLSI扫描测试中的低功耗测试方法研究
6.Power Consumption and Factor Test消耗功率及功率因素测试
7.Development of a Lower Power Consumption Dielectric Loss Angle Tester Based on DSP基于DSP的低功耗介质损耗测试仪的研制
8.DCScan: A Power-Aware Scan Testing ArchitectureDCScan：一种低功耗的扫描测试结构
9.Power Constraints in SOC Test Scheduling基于功耗约束的SOC测试调度研究
10.Low Power Consumption Design and Test for Handheld RFID Reader手持式RFID读写器的低功耗设计与测试
11.Low Power Testing Way for RAM of the MCU System一种单片机系统RAM的低功耗测试方法
12.Research on Circuit Fault Diagnosis and Low-Power Test;电路故障诊断可测性设计及低功耗测试研究
13.Two-Stage Scan Architecture for Low Power Path Delay Fault Scan Testing;基于两级扫描结构路径延迟故障的低功耗测试
14.Research and Implementation of Low-power Test Structure Based on Segment Transformation;基于片段间转移的低功耗测试结构研究与实现
15.Research on the Low-power and Small Volume Oil-Well Down-hole Pressure Test System微功耗小体积石油井下压力测试系统研究
16.The Research on NoC Test Scheduling and Mapping Method Concerning Low-Power面向低功耗的NoC测试调度与映射方法研究
17.The Research on Low-Power and Data Compression Techniques in SoC TestSoC测试中的低功耗与数据压缩方法研究
18.Energy Saving Test on "Power Balance" of Improved Pumping Well改进抽油机井“功率平衡”测试实现节能降耗
相关短句/例句
brake dynamometer功率油耗检测仪
1.Study on thebrake dynamometer of 25 type tractor;25型拖拉机野外功率油耗检测仪的研制
3)test power测试功耗
1.With the development of VLSI manufacture technology and the higher integration degree,test power consumption has become one of the main concerns of IC designers.基于扫描结构的数字集成电路,学术界已提出了许多方法降低该电路的测试功耗,本文对此方面的研究进行综述。
2.There are three serious problems: These are test application time, test data volume, andtest power consumption.其中比较严重的问题有三个:它们分别是测试时间、测试数据量和测试功耗。
3.As CMOS device dimensions have been down to the very deep-submicron,test power is higher than the power produced in circuit s work period.随着CMOS器件进入超深亚微米阶段,测试时产生的功耗比系统正常工作时的功耗高很多,测试功耗正逐渐成为影响芯片设计的重要因素,芯片测试时的低功耗技术也已经成为当前学术界和工业界的一个研究热点。
4)test power dissipation测试功耗
1.Thetest power dissipation is one of the critical facts which should be considered carefully when designing the SoC for testability,so a parallel boundary scan TAM and its test controller are proposed.在SoC测试时,测试功耗和测试成本是其可测性设计中最重要的一点要求。
2.Experiments on ISCAS\"89 benchmark circuits have shown an average reduction of 55% in test data volumes and an average reduction of 52% in the test application time compared with the serial scan method;meanwhile,the averagetest power dissipations can be ignored.为了同时解决目前SOC测试工作中面临的测试数据量、测试功耗、测试时间三方面的难题,提出一种基于random access scan架构的SOC测试方法。
bined with the structure character of Random Access Scan(RAS),this new test group is optimized,which solves the problems such as test data volume,test power dissipation,and test time.结合Random Access Scan结构特性,对该测试集合进行优化,同时解决在测试工作中面临的测试数据量、测试功耗、测试时间等3方面问题。
5)low power test低功耗测试
6)low power testing低功耗测试
延伸阅读
功率电能比较仪功率电能比较仪electric power and energy comparatorQ。习心d加neng bijlaoyi功率电能比较仪(electricp。例℃r and一“~~“儿脚W优出川enel甘将交流功率电能通过热电比较用相应直流电量来准确表示的仪器，是交流功率和电能墓准的核心部件。又称双桥功率电能比较仪。功率电能比较仪由上、下两桥组成，有两个双加热丝的多元热电变换器Tl和飞，其双加热丝R::、璐、踢、踢和4个电阻民、几、凡、凡的电阻值彼此相等，并组成上、下两等臂电桥。上、下等育电桥可完成(A+丑)2一(凡一召)2二4AB的运算，其中沌=K.U，B二凡U，U为电压。当上桥接人交流电压和交流电流时，下桥同时接人相应大小的已知直流电压和直流电流，但交、直流功率极性应彼此相反(可使上、下桥电压极性相同，电流极性相反)。当上、下两桥参数完全对称.两热电变换器输出电势的差值为零时，交流功率即等于已知直流功率。当上、下两桥参数不完全对称时，可交换其输人量，此时的测量结果可取两次测量t的平均值。功率电能比较仪的额定电压为0.6V，额定电流为50 mA。组成双桥的桥臂电阻消耗功率很小，负载效应可以忽略，并可消除热电变换器非平方律特性和两热电变换器特性不一致时所引起的误差。桥竹中使用的电阻的时间常数都很小。功率电能比较仪的交直流转换误差为10一6量级。(陆祖良)
