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At the Laboratori Nazionali di Frascati of the National Institute of NuclearPhysics (INFN) an infrared (IR) array detector with fast response time has beenbuilt and assembled in order to collect the IR image of e-/e+ sources of theDA{\Phi}NE collider. Such detector is made by 32 bilinear pixels with anindividual size of 50x50 {\mu}m2 and a response time of ~1 ns. In the frameworkof an experiment funded by the INFN Vth Committee dedicated to beamdiagnostics, the device with its electronic board has been tested and installedon the DA{\Phi}NE positron ring. A preliminary characterization of few pixelsof the array and of the electronics has been carried out at the IR beamlineSINBAD at DA{\Phi}NE. In particular the detection of the IR source of the e-beam has been observed using four pixels of the array acquiring signalssimultaneously with a four channels scope at 1 GHz and at 10 Gsamples/s. Theacquisition of four pixels allowed monitoring in real time differences in thebunch signals in the vertical direction. A preliminary analysis of data ispresented and discussed. In particular we will outline the correlation betweensignals and displacements of the source occurring with bunch refilling during acomplete shift of DA{\Phi}NE.

Fast IR Array Detector for Transverse Beam Diagnostics at DA{\Phi}NE