Vector control implementation in field programmable gate array for 200 kHz GaN‐based motor drive systems

GaN devices used to drive a three‐phase inverter drive motor can greatly improve the switching frequency and increase the power density. However, the traditional microcontroller unit (MCU) controller cannot achieve high switching frequency single‐cycle control. This paper describes the use of GaN de...

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Vydané v:Journal of engineering (Stevenage, England) Ročník 2018; číslo 13; s. 650 - 653
Hlavní autori: Luo, Zhiwen, Li, Yongdong, Zhang, Xinyan, Wang, Kui
Médium: Journal Article
Jazyk:English
Vydavateľské údaje: The Institution of Engineering and Technology 2018
Predmet:
field programmable gate array
field programmable gate arrays
frequency 200.0 kHz
frequency control
gallium compounds
GaN
III‐V semiconductors
machine vector control
MCU controller
microcontrollers
permanent magnet motors
permanent magnet synchronous motor
switching frequency single‐cycle precise control
synchronous motor drives
three‐phase inverter drive motor system
vector control algorithm
wide band gap semiconductors
ISSN:2051-3305, 2051-3305
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Abstract GaN devices used to drive a three‐phase inverter drive motor can greatly improve the switching frequency and increase the power density. However, the traditional microcontroller unit (MCU) controller cannot achieve high switching frequency single‐cycle control. This paper describes the use of GaN devices in the design of a three‐phase motor drive system to drive a permanent magnet synchronous motor and vector control algorithm, that is completely implemented in a field programmable gate array. The system achieves 200‐kHz switching frequency single‐cycle precise control, as verified by the experimental results.
AbstractList GaN devices used to drive a three‐phase inverter drive motor can greatly improve the switching frequency and increase the power density. However, the traditional microcontroller unit (MCU) controller cannot achieve high switching frequency single‐cycle control. This paper describes the use of GaN devices in the design of a three‐phase motor drive system to drive a permanent magnet synchronous motor and vector control algorithm, that is completely implemented in a field programmable gate array. The system achieves 200‐kHz switching frequency single‐cycle precise control, as verified by the experimental results.
Author Wang, Kui
Zhang, Xinyan
Luo, Zhiwen
Li, Yongdong
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Snippet GaN devices used to drive a three‐phase inverter drive motor can greatly improve the switching frequency and increase the power density. However, the...
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SubjectTerms field programmable gate array
field programmable gate arrays
frequency 200.0 kHz
frequency control
gallium compounds
GaN
III‐V semiconductors
machine vector control
MCU controller
microcontrollers
permanent magnet motors
permanent magnet synchronous motor
switching frequency single‐cycle precise control
synchronous motor drives
three‐phase inverter drive motor system
vector control algorithm
wide band gap semiconductors
Title Vector control implementation in field programmable gate array for 200 kHz GaN‐based motor drive systems
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