R3292 PSPMT has 28 anode wires for X and Y
dimensions. Each anode wire was read out separately, using
inverted dynode pulse as a trigger signal. Tube operation
voltage was set to 1.3 kV. Dynode pulse was amplified using
fast Philips Scientific NIM amplifier. Amplified signal was
input to Philips Scientific gate generator module. Anode wires
were read out using custom-built FPGA based 64-channel
ADC. Digitized signals were transferred to the host PC and
analyzed using Kmax (Sparrow Corp, Port Orange, FL)
software package