Sentence examples for monolithic array of from inspiring English sources

The spectrometer is based on a new ring-shaped monolithic array of four independent high-performance Silicon Drift Detectors (SDDs).

Two basic detector configurations have been developed: either a single SDD or a monolithic array of SDDs coupled to a single CsI(Tl) crystal.

A monolithic array of 19 channel silicon drift detector with on-chip electronics is going to be used as a scatter detector for the prototype system.

We show the results achieved with a small monolithic array of SDDs, each one with a front-end JFET integrated at its center, used as photodetector in a first prototype of Anger Camera.

Moreover, we describe a new monolithic array of SDDs composed of 77 single hexagonal units, each one with an active area of 8.7 mm2, for a total active area of the device of 6.7 cm2.

The sensors under study are monolithic arrays of two different types: a 2×2 array of ∼4×4 mm2 elements and an 8×8 array of 1.5×1.5 mm2 pixels.

Monolithic arrays of Silicon Drift Detectors (SDDs) have been recently proposed to be used with scintillators for high-position-resolution γ-ray imaging applications.

Main motif of the two papers is to present a compact system for 2D counting and time-tagging of single photons, based on a monolithic array sensor of 60 pixels, the single photon avalanche diode array (SPADA).

Aim of the series is to discuss in depth the design and fabrication of our SPAD-A array system for two-dimensional single-photon imaging, able to count and time-tag single photons by means of a monolithic array sensor.

In this first paper we review the working principle and the features of single-photon detector pixels, with particular attention to the monolithic array integration.

The system consists of a 20 × 20 pixel silicon monolith detector, with the middle square of 4 × 4 pixels removed to make a central hole, yielding 384 potentially active pixels in the monolithic array.