High-voltage-input, low-voltage-output, series-connected converters with uniform voltage distribution

High-voltage-input, low-voltage-output, series-connected converters with uniform voltage distribution

This paper presents a power system consisting of current-mode, shared-bus converters configured as Series-Input, Parallel-Output (SIPO). These current-mode commercial-off-the-shelf (COTS) dc-dc converters transform a 1kV system input voltage into a 5V output with up to 500 Watts of power. The SIPO p...

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Hauptverfasser: Siri, K., Willhoff, M., Conner, K.A., Tran, D.Q.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Control systems
DC-DC power converters
Power system control
Power system reliability
Power system stability
Power systems
Robust stability
Stress control
Thermal stresses
Voltage control
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creator Siri, K.
Willhoff, M.
Conner, K.A.
Tran, D.Q.
description This paper presents a power system consisting of current-mode, shared-bus converters configured as Series-Input, Parallel-Output (SIPO). These current-mode commercial-off-the-shelf (COTS) dc-dc converters transform a 1kV system input voltage into a 5V output with up to 500 Watts of power. The SIPO power system provides for system expansion and preserves the standalone converter's efficiency of over 80%. Uniform input voltage distribution control improves power system reliability by distributing thermal stresses equally among the series-connected converters. Furthermore, robust system stability and uniform input voltage distribution among series-connected converters is realized without control conflict. A computer simulation and an experimental 1 kV 500 W prototype were successfully implemented to validate the uniform voltage distribution power converter architecture.
doi_str_mv 10.1109/AERO.2009.4839519
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subjects Control systems
DC-DC power converters
Power system control
Power system reliability
Power system stability
Power systems
Robust stability
Stress control
Thermal stresses
Voltage control
title High-voltage-input, low-voltage-output, series-connected converters with uniform voltage distribution
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