峰值保持电路,Peak Hold Circuit
1)Peak Hold Circuit峰值保持电路
英文短句/例句

1.Peak value hold circuit for energy measurement of repeated frequency laser pulse用于重频窄脉冲激光能量检测的峰值保持电路
2.Research on a Peak Holding and Data Acquisition Circuit for Nuclear Pulse一种核脉冲峰值保持和数据获取电路研究
3.A Novel Peak Holding Method and Circuit Realization of Laser Narrow Pulse一种新颖的激光窄脉冲峰值保持方法与电路实现
4.circuit repetitive peak reverse voltage电路反向重复峰值电压
5.circuit crest working reverse voltage电路反向工作峰值电压
6.circuit repetitive peak off-state voltage电路断态重复峰值电压
7.circuit crest working off-state voltage电路断态工作峰值电压
8.peak value AGC circuit峰值自动增益控制电路
9.Electric Simulator of Atmosphere Detection with Laser and Pulse Laser Frequency-Locking Peak Detector;大气激光探测电子模拟器及脉冲激光峰值保持器
10.circuit non-repetitive peak off-state voltage电路断态不重复峰值电压
11.circuit non-repetitive peak reverse voltage电路反向不重复峰值电压
12.locking circuit保持电路强制同步电路
13.By holding and displaying the peak torque value, you can set torque for tools precisely.在峰值保持功能时能显示测得的最大值并保持显示。
14.Optimization of Control Circuit Used in Peak Current-mode Converters;用于峰值电流模式转换器的控制电路的优化
15.The System and Circuit Design of Step-Up Converter with Peak Current-Mode;峰值电流模式升压变换器的系统与电路设计
16.hold drift of track-hold circuit跟踪-保持器保持漂移电路
17.peak reverse voltage反向峰值电压峰值反向电压
18.peak load effective duration factor峰值功率持续时间率
相关短句/例句

Peek Keep Wave Filter Circuit峰值保持滤波电路
3)peak-detection-and hold circuit峰值检测和保持电路
4)peak-holding circuit峰值保持线路
5)current peak hold电流峰值保持
6)peak holding峰值保持
1.This paper analyzes the characteristic of the analog peak holding-circuit, introduces a digital peak holding circuit based on FPGA and high-speed A/D converter, and provides its simulation wave in EDA software.分析了模拟峰值保持器的特点,介绍了一种基于现场可编程逻辑器件FPGA与高速A/D转换器的数字式峰值保持电路,并给出了该电路的峰值采集仿真结果。
2.A new trans conductance peak holding circuit is introduced.介绍了一种新型的峰值保持器电路 ,该电路具有线性良好 ,输入灵敏度高 ,通频带宽等特点 ,可广泛应用于各种脉冲分析系统
3.A novel peak holding method of narrow pulse is put forward for the first time.首次提出了一种新颖的窄脉冲峰值保持方法。
延伸阅读

第二峰值法试验分子式:CAS号:性质:一种检验不锈钢晶间腐蚀倾向的快速的电化学方法。对敏化的不锈钢试样在1mol/L H2SO4中测定阳极极化曲线,曲线上在比活化钝化峰更正的电位下出现第二峰,峰的高度可以表示晶间腐蚀倾向的大小。也可在第二峰值电位下保持2h,然后进行弯曲试验,根据试样的裂纹判断晶间腐蚀倾向。