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The advantages of the solid state photodiodes, Hamamatsu S12572-100P type,are the reduced occupied volume, the small operation voltage, the highamplification factor, the magnetic field effects insensibleness, and otherdesirable physical characteristics against the conventional bigvacuum-phototubes technical features. Here are the studies on a feeding,reading out, and digitizing one channel electronic board for the S12572-100PHamamatsu photodiode. The applications are very general in cosmic raydetectors, high energy particle detectors, and radiation detection in general.The results are based on a study of 15 electronic boards (ten feeding andreading out boards and five digitizing boards) planned, designed, constructed,and tested for these purposes. The waveband of operation varies within a rangefrom 100 Hz to 1 MHz; the ratio of outgoing signal to incoming signal(attenuation factor) is about 82% between 100 Hz-10 kHz, is 72% between 10kHz-1 MHz, and is 78% between 100 Hz-1 MHz; phase shifts between the incomingand outgoing signals are close to zero degrees for all frequencies, andoccasionally have values different from zero degrees; digitizing efficiency is99.99%; signal transit time is about 738.08$\pm$62.38 ps; and digitizing timeis about 2.88$\pm$0.15 ns. The electronic board one channel ensemble works asit was planned. More technical details and physical characteristics aredescribed in this paper.

Feeding, Reading out, and Digitizing one Channel Electronic Board for the S12572-100P Hamamatsu Photodiode