Utilization of the series resonant DC link as a DC motor drive

Utilization of the series resonant DC link as a DC motor drive

The use of a high-frequency series-resonant DC link power converter as a DC motor drive is described. This system generates a resonant current in a series link, and switching is performed at zero current instants, reducing switching losses to a minimum value. A pulse-density modulation (PDM) strateg...

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Hauptverfasser: Caldeira, P., Marschke, K.W., Aydemir, M.T., Lipo, T.A., Murai, Y.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
DC motors
Digital simulation
Feedback loop
Pulse modulation
Pulse width modulation converters
Reactive power
Regulators
Resonance
Switching loss
Virtual prototyping
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container_end_page 1214 vol.2
container_issue
container_start_page 1208
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creator Caldeira, P.
Marschke, K.W.
Aydemir, M.T.
Lipo, T.A.
Murai, Y.
description The use of a high-frequency series-resonant DC link power converter as a DC motor drive is described. This system generates a resonant current in a series link, and switching is performed at zero current instants, reducing switching losses to a minimum value. A pulse-density modulation (PDM) strategy, utilizing a current regulator loop and an external motor speed feedback loop, controls the resonant converter. A sinusoidal input fundamental current and nearly unity input power factor are observed in different load conditions. The overall characteristics of the system, including such variables as maximum power, input current, start up, and transient responses, are presented by digital simulation and verified on a prototype system.< >
doi_str_mv 10.1109/IAS.1990.152338
format Conference Proceeding
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This system generates a resonant current in a series link, and switching is performed at zero current instants, reducing switching losses to a minimum value. A pulse-density modulation (PDM) strategy, utilizing a current regulator loop and an external motor speed feedback loop, controls the resonant converter. A sinusoidal input fundamental current and nearly unity input power factor are observed in different load conditions. The overall characteristics of the system, including such variables as maximum power, input current, start up, and transient responses, are presented by digital simulation and verified on a prototype system.&lt; &gt;</abstract><pub>IEEE</pub><doi>10.1109/IAS.1990.152338</doi></addata></record>
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subjects DC motors
Digital simulation
Feedback loop
Pulse modulation
Pulse width modulation converters
Reactive power
Regulators
Resonance
Switching loss
Virtual prototyping
title Utilization of the series resonant DC link as a DC motor drive
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