嵌入式系统的单相到三相变换器

Pooja S. Billade, S. Chopade
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引用次数: 0

摘要

本文提出了利用单相输入和GSM技术实现三相异步电动机控制的设计方案。它是一种基于GSM的无线速度控制技术。事实证明,无线技术经济可靠,增加了电力。在恒V/Hz法中,必须保持施加在电机机械装置上的电压的幅度和频率之间的定量关系。这有助于在整个工作范围内保持定子磁场的大致恒定水平。因此,有可能保持产生最大恒定扭矩的能力。开关电源转换器为电动机提供能量。这种能量由脉冲宽度调制控制,这是一种通过将其应用于功率晶体管门的信号。PWM信号是由固定频率、幅度和可变脉宽的脉冲产生的。当PWM信号应用于功率晶体管的栅极时,晶体管的开断间隔发生。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Embedded system for single phase to three phase converter
This paper proposes design of three phase induction motor control using single phase input and GSM. It is wireless speed control technique which is GSM based. Wireless technique proves to be economical and reliable power is increased. In constant V/Hz method, it is necessary to maintain a quantitative relation between magnitude and frequency of the voltage applied to mechanical device of a motor. This helps to maintain an approximately constant level of magnitude of magnetic field in the stator throughout operating range. Thus, it is possible to maintain capability of producing maximum constant torque. Switching power converter provides energy to a motor. This energy is controlled by Pulse Width Modulated, a signal by applying it to the gates of the power transistors. PWM signals are generated pulses with fixed frequency, magnitude and variable pulse width. Turn on and turns off intervals the transistor occur when a PWM signal is applied to gate of a power transistor.
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