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Incorporating a medium-voltage DC (MVDC) integrated power system is a goal for future surface combatants and submarines. In a MVDC shipboard power system, DCIDC converters are commonly employed to supply constant power to electric loads. These constant-power loads have a characteristic of negative incremental impedance, which may cause system instability during disturbances if the system is not properly controlled. This paper proposes a third-order sliding-mode controller (SMC) for DCIDC buckdoi:10.1109/ias.2011.6074347 dblp:conf/iasam/ZhaoQ11 fatcat:7mrpbflrrfavbeimc5zumfdvdq