The　copper　recovery　from　waste　printed　circuit　boards　is　of　great　significance　to　protect　natural　resource　and　environment.　Direct　current　electrodeposition　has　been　applied　to　extract　metal　from　hydrometallurgical　leach　solutions.　However,　during　the　direct　current　electrodeposition　process,　concentration　polarization　and　hydrogen　evolution　reaction　often　exist,　which　reduces　current　efficiency　and　metal　recovery　capability.　In　this　work,　a　pulse　current　was　applied　to　electrodeposit　copper.　The　electrolyte　was　the　leach　solution　of　waste　printed　circuit　boards　obtained　using　a　sulfuric　acid-hydrogen　peroxide　system.　The　influence　of　process　parameters　in　the　leaching　stage　and　the　electrodeposition　process　on　current　efficiency　were　both　investigated.　The　results　showed　that　the　current　efficiency　was　95.1%　in　pulse　current　electrodeposition,　while　that　was　only　90.9%　in　direct　current　electrodeposition.　The　increased　current　efficiency　was　proposed　to　be　attributed　to　the　fact　that　pulse　current　electrodeposition　could　improve　the　mass　transfer　of　copper　ions　which　suppressed　concentration　polarization　and　hydrogen　evolution　reaction.　These　results　demonstrate　that　pulse　current　electrodeposition　is　a　promising　approach　for　recovering　copper　from　waste-printed　circuit　boards.