• Title/Summary/Keyword: H/W SVPWM제어

Search Result 2, Processing Time 0.019 seconds

Application of washing machine Operating System with Vector Control Algorithm of Sensorless BLDC motor by H/W (센서리스 BLDC 모터의 벡터제어 알고리즘의 H/W 설계를 통한 세탁기 구동시스템의 응용)

  • Bok, Kang-Gyu;Lee, Jin-Hui;Jang, Bong-An;Satoru, Matsumoto;Son, Chang-Min
    • Proceedings of the KIEE Conference
    • /
    • 2005.10b
    • /
    • pp.579-583
    • /
    • 2005
  • This paper is study for design SOC composing space vector control algorithm of sensorless BLDC motor by H/W and apply this to operating machanism of washing machine system. it is study that increases control efficiency than S/W control algorithm and enhances response for change of system and authoritativeness of controller. Designed so that can compose controller of most suitable in dynamic characteristic of system by design Parameters of each controller to independent block for SOC design connecting to 8051 cores. For control Sensorless BLDC motor to drive system of washing machine, applied to H/W SVPWM control, so improved authoritativeness of control algorithm and control effectiveness than S/W control algorithm

  • PDF

A Novel PWM Swiching Technique for Conducted EMI Reduction in Vector-Controlled Induction Motor Drive (유도전동기 벡터제어 시스템의 EMI저감을 위한 새로운 PWM기법)

  • Bae, W.R.;Lee, W.C.;Yu, J.S.;Kim, L.H.;Hahm, N.K.;Won, C.Y.
    • Proceedings of the KIPE Conference
    • /
    • 2005.07a
    • /
    • pp.321-324
    • /
    • 2005
  • This paper describes the application of newly developed conducted EMI reduction technique of SVPWM in induction motor drive. The newly developed common mode voltage reduction SVPWM technique doesn't any zero-voltage vector states for inverter control. Hence it can restrict the common mode voltage better than conventional PWM technique. The proposed technique is verified through simulation and experimental results. And by applying vector-controled system, the proposed technique have superior ability of reducing EMI and equal control performance comparing conventional SVPWM technique.

  • PDF