An alternative means of communicating the load-sharing information among parallel-connected converters through the se of a wireless digital communication technique is presented. The idea is experimentally tested using two buck converters parallel-connected under the Master/Slave current-sharing (CS) configuration. The results show current distribution property of the converter system under the proposed wireless control scheme are similar to those obtained from a fixed-wire CS controller. © The Institution of Engineering and Technology 2008.link_to_subscribed_fulltex
[[abstract]]We present a master-slave control scheme for a uniform current distribution among conver...
This paper presents a current sharing (CS) control structure for three-port DC/DC converters. Unlike...
International audienceThis paper addresses the problem of current-sharing for interconnected power c...
An alternative means of communicating the load-sharing information among parallel-connected converte...
Power Electronics Drives and Converters, 409-280Conventionally, paralleling of power converters requ...
Abstract—We demonstrate a new concept for wireless pulse-width modulation (PWM) control of a paralle...
A new current-sharing technique for paralleled power converters, which is based on frequency encodin...
Modular DC Zonal Electrical Distribution (DC ZEDS) offers advantages in both cost and weight over tr...
This paper presents the implementation and experimental evaluation of a new current-sharing techniqu...
[[abstract]]A current mode control scheme for load sharing power converter systems with dynamic curr...
This paper describes a distributed master-slave multiphase DC-DC converter architecture and related ...
This paper investigates power line communication in digitally-controlled dc-dc converters in distrib...
The analytical proof that output voltage droop characteristics of parallel-connected DC-DC converter...
© 2012 IEEE In this paper, an elementary and simplified control of four digital parallel-connected b...
Current-sharing (CS) interface circuits are developed by applying the current-sensing, current-progr...
[[abstract]]We present a master-slave control scheme for a uniform current distribution among conver...
This paper presents a current sharing (CS) control structure for three-port DC/DC converters. Unlike...
International audienceThis paper addresses the problem of current-sharing for interconnected power c...
An alternative means of communicating the load-sharing information among parallel-connected converte...
Power Electronics Drives and Converters, 409-280Conventionally, paralleling of power converters requ...
Abstract—We demonstrate a new concept for wireless pulse-width modulation (PWM) control of a paralle...
A new current-sharing technique for paralleled power converters, which is based on frequency encodin...
Modular DC Zonal Electrical Distribution (DC ZEDS) offers advantages in both cost and weight over tr...
This paper presents the implementation and experimental evaluation of a new current-sharing techniqu...
[[abstract]]A current mode control scheme for load sharing power converter systems with dynamic curr...
This paper describes a distributed master-slave multiphase DC-DC converter architecture and related ...
This paper investigates power line communication in digitally-controlled dc-dc converters in distrib...
The analytical proof that output voltage droop characteristics of parallel-connected DC-DC converter...
© 2012 IEEE In this paper, an elementary and simplified control of four digital parallel-connected b...
Current-sharing (CS) interface circuits are developed by applying the current-sensing, current-progr...
[[abstract]]We present a master-slave control scheme for a uniform current distribution among conver...
This paper presents a current sharing (CS) control structure for three-port DC/DC converters. Unlike...
International audienceThis paper addresses the problem of current-sharing for interconnected power c...