Electrohydrodynamic　inkjet　(E-jet)　printing　is　a　promising　technology　to　fabricate　high-performance　organic　electronic　devices　due　to　its　high　resolution,　low-cost　and　drop-on-demand　characteristics.　Here,　we　fabricate　top-contact　OFETs　by　using　E-jet　printed　source/drain　electrodes.　The　printed　resolution　could　be　smaller　than　5　mu　m　on　an　organic　semiconductor.　A　printable　Ag　ink　consisting　of　the　F4-TCNQ　additive　greatly　improves　the　charge　injection　of　the　OFET,　and　thus　the　OFETs　show　comparable　performance　with　thermally　evaporated　electrodes.　The　printing　and　doping　of　top　electrodes　can　be　realized　in　one　step,　which　is　essential　to　realize　fully　printed　organic　devices.　The　E-jet　printing　demonstrates　its　potential　in　high-resolution,　high-performance　OFET　applications.