output waveform

Taking an experiment on the single-cylinder four-stroke engine SD1110 connected with the partial flow thermal gas meter directly, and monitoring the output waveform on the real time.

将分流量热式流量计直接安装单缸四冲程SD1110发动机进气道上进行试验，监测到此时流量计的输出波形。

This procedure is the realization of TIs MSP 430 microcontroller PWM output waveform.

这个程序是用TI的 单片机MSP430实现的PWM波形的输出.

Premature beats and dropped beats can be introduced at any heart rate either manually with a push button or automatically at programmed intervals. 60 Hz noise can be added to any output waveform at a controlled level.

早搏或漏搏，可在编程间期内手控或自动地在任意心率时引入，还可将控制在某一电平的60Hz噪声叠加于任何输出波形上。

Analysis of an RC Loop Multivibrator Output Waveform

RC环形多谐振荡器输出波形分析

Natural Frequency of the stator of Ring Ultrasonic Motor Analysis of an RC Loop Multivibrator Output Waveform

环形超声波电动机定子振动的固有频率RC环形多谐振荡器输出波形分析

Focus on the implementation of the semiconductor laser drive circuit-level simulation analysis and optimization, through a different circuit parasitic parameters on the output waveform of quantitative analysis, the drive circuit and PCB board design provides the data support.

重点对半导体激光器驱动电路的执行级进行了仿真分析及优化，通过对不同的电路寄生参数对输出波形的影响进行定量分析，为驱动电路及PCB板设计提供了数据支持。

The detection terminal display output waveform, harmonic analysis, the battery charge/ discharge status and battery remaining.

本论文实现了输出波形显示、谐波分析、电池充/放电状态显示和电池剩余电量显示等重要功能。

The output waveform correction technology of single-phase PWM inverter is studied in this dissertation.

本文主要内容是关于 单相 PWM逆变器的输出电压波形控制技术.

Voltage Type Inverter Output Waveform Control Technology

电压型逆变器输出波形控制技术

The Harmonic Wave Analysis of Practical Output Waveform of The SHET Inverter

特定消谐式变频电源实际输出波形的谐波分析

Action of the capacitive load on the switching circuit output waveform

容性负载对开关电路脉冲波形的影响

Complementary control mode and non-complementary control mode are used in AC chopped regulation. Non-complementary mode is used in this regulator to overcome runaway field when the load is inductive, and makes the output waveform not to be affected by the load.

在交流斩波调压控制中，采用非互补方式来实现，克服在感性负载状态下互补控制方式存在不可控区域，从而导致输出波形不受负载的影响。

Finally, we tested the design of the Perfect Harmony high-voltage inverter, and we got the output waveform and the energy-saving analysis for the design of high voltage inverter.

最后，将设计的完美无谐波高压变频器进行了试验，给出了试验所得到的输出波形并针对所设计的高压变频器进行了节能分析。