MOENCH: Micropixel with enhanced pOsition rEsolution usiNg CHarge integration
MÖNCH is a novel hybrid silicon pixel detector based on charge integration and analog readout, featuring a challengingly 25 μm pixel pitch.
It is a research project which aims to push the development of hybrid pixel detectors to its limits in terms of photon flux, position resolution, energy information and low energy detection.
MÖNCH03 is a fully functional, small scale prototype of 10x10mm2, containing an array of 400x400 pixels, designed in UMC 110nm technology.
It is optimized for low flux applications and the gain is selectable only statically. Despite being only a prototype, it has already been used for several scientific applications. Its main perfomance is highlighted in the table:
|Dynamic range||100 12 keV photons|
|Frame rate||1.3 kHz|
Although still a research project, the main foreseen target applications are:
- Energy resolved experiments (XRF, Laue diffraction)
- (sub-)micron resolution imaging
- Colour imaging with X-ray tubes
- Low energy detection
Cartier S, Bergamaschi A, Dinapoli R, Greiffenberg D, Johnson I, Jungmann-Smith JH, et al.
Study of the signal response of the MÖNCH 25 μm pitch hybrid pixel detector at different photon absorption depths
Journal of Instrumentation. 2015; 10(3): C03022 (9 pp.). https://doi.org/10.1088/1748-0221/10/03/C03022
|Dr. Anna Bergamaschi||
Group Leader Detector Science and Characterization
|Dr. Roberto Dinapoli||
Microelectronics Engineer, leader of the chip design group
|Dr. Sabina Chiriotti Alvarez||