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The Micro Pixel Chamber (mu-PIC) using resistive electrodes has beendeveloped and tested. The surface cathodes are made from resistive material, bywhich the electrical field is reduced when large current is flowed.Two-dimensional readouts are achieved by anodes and pickup electrodes, on whichsignals are induced. High gas gain (> 60000) was measured using 55Fe (5.9 keV)source, and very intensive spark reduction was attained under fast neutron. Thespark rate of resistive mu-PIC was only 10^-4 times less than that ofconventional mu-PIC at the gain of 10^4. With these developments, a new MPGDwith no floating structure is achieved, with enough properties of both highgain and good stability to detect MIP particles. In addition, mu-PIC can beoperated with no HV applied on anodes by using resistive cathodes. Neither ACcoupling capacitors nor HV pull up resisters are needed for any anodeelectrode. Signal readout is drastically simplified by that configuration.

Micro Pixel Chamber with resistive electrodes for spark reduction