An equivalent rectangular gain layer representation yields a first-order bias-compensation relation that reconstructs multi-temperature LGAD gain curves from a single reference curve and extends the same decomposition to time-resolution components.
Design optimization of ultra-fast silicon detectors,
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Temperature Dependence of Gain and Time Resolution in LGAD Detectors
An equivalent rectangular gain layer representation yields a first-order bias-compensation relation that reconstructs multi-temperature LGAD gain curves from a single reference curve and extends the same decomposition to time-resolution components.