PMT

pmt

Fujifilm FCR XG-1 X-ray Scanner, Photomultiplier Tube Reverse-engineering (Part 3 of 3)

1 Comment / High Voltage, Teardown / By /

Reverse engineering of the Fujifilm PMT12A PMT module that contains the photomultiplier tube, high voltage power supply and analog amplifier from a Fujifilm FCR XG-1 x-ray image scanner / digitizer. Also known as Computerized Radiography (CR), it fulfills the job of scanning a x-ray exposed image plate with a laser beam and extract each pixel …

Fujifilm FCR XG-1 X-ray Scanner, Photomultiplier Tube Reverse-engineering (Part 3 of 3) Read More »

Fujifilm FCR XG-1 X-ray Image Scanner Teardown (Part 1 of 3)

6 Comments / Teardown / By /

Part 1: Teardown of a Fujifilm FCR XG-1 x-ray image scanner / digitizer. Also known as Computerized Radiography (CR), it fulfills the job of scanning a x-ray exposed image plate with a laser beam and extract each pixel illumination with a photo multiplier tube setup. It can scan 72 plate per hour with a maximum …

Fujifilm FCR XG-1 X-ray Image Scanner Teardown (Part 1 of 3) Read More »

PMT particle detection

AGFA ADC 5155 Photo Multiplier Tube (Part 4 of 4)

1 Comment / High Voltage, Teardown / By /

Teardown of the photomultiplier tube assembly (PMT) and its high voltage power supply. The high voltage power supply and PMT is reverse-engineered. The PMT will be used as a cosmic ray detector with a scintillation plastic crystal in front of the PMT. Part 1 is the Teardown of a AGFA ADC 5155 x-ray image scanner …

AGFA ADC 5155 Photo Multiplier Tube (Part 4 of 4) Read More »

X-ray image scanner

AGFA ADC 5155 X-ray Scanner Teardown (Part 1 of 4)

5 Comments / Teardown / By /

Part 1: Teardown of a AGFA ADC 5155 x-ray image scanner / digitizer. Also known as Computerized Radiography (CR) it fulfills the job of scanning a x-ray exposed image plate. It is scanned with a laser beam and extract each pixel illumination with a photomultiplier tube setup. This particular unit has a very interesting computer …

AGFA ADC 5155 X-ray Scanner Teardown (Part 1 of 4) Read More »

Scroll to Top