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- dephasing PWM 移相PWM
- Single Phase IOH PWM rated at 35 Ampere per Phase. 单相脉宽调制IOH额定三五安培每阶段。
- How do you change the PWM frequency? 怎么样改变你的pwm频率呢?
- Nickel plated heatsinks for IOH/NB and DIGITAL PWM. 镀镍散热器的IOH/科和数字PWM。
- Do intradot electron-electron interactions induce dephasing? 点内电子-电子库仑作用会引起退相干么?
- Voltage space vector PWM is an optimal modulationstrategy. 电压空间矢量脉宽调制是一种先进的调制方法。
- This paper chooses Buck ZCS PWM converter as the study object. 本文以Buck ZCS PWM变换器为具体研究对象.
- It is helpful for further research to SRD with voltage PWM. 本文有助于进一步开展SRD电压PWM方式研究。
- VTT powered by Dual phase PWM rated at 35A per phase. VTT电压供电双三相PWM额定35A条每阶段。
- Low pass filter is used to filter PWM frequency on the BEMF signal. 通常使用低通滤波器来滤除PWM波对反电动势的影响。
- The PWM voltage source inverter by current control is used in this system. 在此控制系统中,采用了电流控制PWM电压源逆变器环节。
- Phase decoherence induces dephasing, and amplitude decoherence induces dephasing and loss of energy at the same time. 相位消相干引起解相过程,而振幅消相干同时引起解相过程和能量耗散。
- The rate of change of current during PWM switching is limited to reduce EMI. PWM切换时,电流变化率受到限制,从而减少EMI。
- The dephasing in Ge quantum dots possibly results from carrier-carrier scattering and carrier-photon scattering. Ge量子点中的退相可能是载流子-载流子散射和载流子-声子散射共同作用的结果。
- PWM wave is generated by splitting Zero vector quasi circular locus method. 该系统用零矢量分割的准圆轨迹法生成PWM波形。
- Many new D enlarger adoption the PWM output negative feedback wreath road. 许多新型的D类放大器采用PWM输出负反馈环路。
- Pulse width modulation (PWM) is an analog signal level for digital encoding. 脉冲宽度调制(PWM)是一种对模拟信号电平进行数字编码的方法。
- As we know, the study of the dephasing in Ge quantum dots was firstly reported using ultrafast photocurrent spectroscopy. 2.;据我们所知,用超快光电流谱对Ge量子点的退相过程进行研究在国内外还未曾报道过。
- Due to the probability of carrier in zero dimension being smaller than that in three dimension, the dephasing time in Ge quantum dots is lightly longer than that in bulk Si. 3. 由于载流子在零维空间受到的散射几率比三维空间小,故Ge量子点的退相时间比Si的带间跃迁的退相时间要长一些。
- The calculation results show that the simple intensity-dependent damping factor of pure dephasing can well describe the decoherence properties of complex multi-level system. 分析表明, 可以用简单的纯失相强度相关衰减因子来等效地分析复杂的多能级跃迁体系的退相干特性。