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Author: search.filters.author.Phipek, K.

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    Implementation of resonance in AC Motor through Multi-Level inverter based on PLL technique
    (2015-01-01)
    Phipek, K.
    ;
    Tipsuwanpom, V.
    ;
    Numsomran, A.
    ;
    Charean, A.
    In this paper presents the multi-level inverter which operates at the desired frequency. The desired frequency is designed with the filter on Phase Lock Loop (PLL) controller. This scheme proposed is controlled in the close-loop system by PLL controller and the tracking resonance controller. The multi-level inverter was used to drive the AC motor which changes the speed of the motor instantaneously. The PWM signal of the controller was controlled by PLL controller and designs the band-pass filter by resonance controller. This control scheme is estimated phase and frequency in DQ-Transform of the PLL controller with the AC motor characteristic. The speed of the motor was detected the position in the stationary frame. The current of the motor is used for feedback and generating the central frequency for controls the speed of the motor. The PLL controllers were tracked and lock the frequency of the desired signal which is determined high-precision and accuracy of switching sequence in PLL controller for motor control.
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    Design and compensation of DC chopper for speed control in DC motor using PLL controller
    (2013-01-01)
    Phipek, K.
    ;
    Sompracha, C.
    ;
    Tipsuwanporn, V.
    In this paper describes the speed output of DC motor. The DC motor is controlled by DC converter which is using the PLL controller. This proposed is designed and implemented the current output of the DC-DC chopper which fed to DC motor based on close-loop control. The close-loop control is obtained the small signal from the tachogenerator and encoder. The encoder is converted the small signal to similar PWM waveform feedback to PLL detector that is adjusted the PWM signal driven into DC chopper. In order control to applied high precision speed of DC motor.
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    A single phase 9-level inverter controlling based on Phase Lock Loop technique
    (2012-12-01)
    Tipsuwanporn, V.
    ;
    Charean, A.
    ;
    Numsomran, A.
    ;
    Phipek, K.
    In this paper is presented the multilevel inverter which is controlled by Phase Lock Loop (PLL) controller in close-loop system. The multilevel inverter was multiplied voltage levels at output. The inner PLL controller was controlled by PI control in order to firing angle of PWM signal. This control scheme is estimated phase and frequency in DQ-transform of PLL controller on time domain. The PLL controllers were locking constant the frequency and voltage of inverter through the signal estimated in DQ-dimension. The proposed methods determine high-precision and accuracy of switching frequency in PLL characteristic based on time domain. Moreover, in this paper represented the 2<sup>nd</sup> order phase lock loop (PLL) analysis methodology. The 2<sup>nd</sup> order phase lock loop demonstrated in transfer function form that is measured and analysis the signal in time domain. The close-loop control was analyzed the fast response and stability in frequency domain which is obviously behavior of Phase Lock Loop (PLL). © 2012 ICROS.
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    A single-phase PWM inverter controlling base on PLL technique
    (2011-01-01)
    Tipsuwanporn, V.
    ;
    Charoen, A.
    ;
    Numsomran, A.
    ;
    Phipek, K.
    In this paper, the control of the output voltage in a PWM inverter is presented. The single-phase PWM inverter is controlled by using a sinusoidal-pulse width modulation (SPWM) technique, its feedback is controlled with a Phase lock loop (PLL) compensator. The proposed intention is improved output voltage and decreased total harmonic distortion (THD) of the inverter, based on Phase-lock technique and detected phase error of output voltage and reference voltage. Moreover, this method can be applied to greater output of the PWM inverter and better reliability and high-accuracy in order to control methods of PLL. © 2011 SICE.