Compact back-end electronics with temperature compensation and efficient data management for in situ sipm-based radiation detection

HIGHLIGHTS

• who: Nile E. J. Dixon and collaborators from the energy resolution, and have been shown to be superior to a quasi-Gaussian shaper [5]Existing examples of these shapers working on actual hardware [6] use pre-existing FPGA/DAQ boards which limit the detector size and cause a reliance on existing commercial technology. Storing measured spectra data internally negates the need for an external computer while the detector is running, allowing (along with compacted electronics) for more isolated placement locations where space is a limiting factor. This need is evident in the case of systems such as . . .
  

   

  

  If you want to have access to all the content you need to log in!

  Thanks :)

  Username or E-mail:

  If you don't have an account, you can create one here.