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Design and Hardware Implementation of Speed Control of Induction Motor using Z - Source Inverter

机译:Z源变频器感应电动机速度控制的设计与硬件实现。

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摘要

A hardware implementation of closed loop speed control of Z-source converter fed induction motor drive with peak dc link voltage control is projected in this paper. This paper aims to observe and manage of the induction motor speed with the help of high speed PIC controller. This control has been implemented using frequency and voltage control. The pulse width modulation logic control is implemented in PIC controller to implement the speed control of induction motor using frequency control. The single phase source voltage, current from the induction machine has been sensed using sensors. This signal is conditioned and then given to the PIC controller to achieve the set speed. This logic is implemented in hardware environment and the compatibility of the hardware system is verified from the results.
机译:本文提出了采用峰值直流环节电压控制的Z源变流器感应电动机驱动器闭环速度控制的硬件实现方案。本文旨在借助高速PIC控制器来观察和管理感应电动机的速度。该控制已使用频率和电压控制来实现。脉冲宽度调制逻辑控制在PIC控制器中实现,以通过频率控制实现感应电动机的速度控制。来自感应电机的单相电源电压,电流已使用传感器进行了感测。对该信号进行调节,然后提供给PIC控制器以达到设定速度。该逻辑在硬件环境中实现,并且从结果验证了硬件系统的兼容性。

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