200 will emit white light if then also driving the cathode facing the blue phosphor layer at e g half effect the field emission lighting arrangement 200 will emit white light having some blue addition effectively providing white light having a high color temperature i e u201c cold light u201d correspondingly by instead driving the cathode facing the white phosphor layer together with the cathode facing the red phosphor layer it is possible to provide light having a low color temperature i e u201c warm light u201d other mixing possibilities are of course possible and within the scope of the invention similarly more or less than five anode units and corresponding cathodes are of course also possible and within the scope of the invention fig3 shows a conceptual illustration of a standalone field emission lighting arrangement 300 according to yet another preferred embodiment of the invention the field emission lighting arrangement 300 comprises an evacuated cylindrical glass tube 302 inside of which there arranged a plurality of cathodes 304 306 the field emission lighting arrangement 300 also comprises an anode structure 308 comprising a plurality of anode units 310 312 each being provided with a phosphor layer 314 316 the field emission lighting arrangement 300 further comprises a base 318 and a socket.