Abstract: Thevibrationofcryocoolercompressorisoneofthecriticalfactorduringtheapplicationinsensitiveinstruments.Compressorvibrationwillleadtoimagingblur,affectthepointingaccuracyandresolutionofthetarget,andevencausethemechanicalresonanceoftheplatform.Inordertoreducetheimpactofcryocoolervibrationonspacepayloadsensitivedevices,anadaptiveactivevibrationcontrolalgorithmbasedonadaptivenarrowbandnotchfilterwasadopted.Thealgorithmisindependentofthevibrationtransferfunctionmodelandisnotlimitedbytheapplicationenvironment.Theadaptivevibrationcontrolisrealizedbyadjustingtheamplitudeandphaseofthedrivingsignalconstantly.Thecontrolsystem,includingDSPcontrolsoftware,electroniccircuitandtransducer,wassetup,andtheexperimentprovedtheeffectivenessofthealgorithmwhichwasfirstusedtocompressorvibrationcontrol.Thefundamentalfrequencyvibrationofthecompressorhasreducedfrom0.166m/s²to0.014m/s²，byafactorof21.2dB.

Key words: compressor, activevibrationcontrol, adaptivecontrol, vibrationcontrol, narrowbandnotchfilter