PIN radiation detectors and other test-structure have been fabricated on FZ high-resistivity (2kWcm, N-type silicon substrate by a planar process that features three different alternative extrinsic-gettering techniques. Extremely low leakage-current values have been measured for these devices, confirming the effectiveness of gettering procedures. In particular, phosphorus-doped polysilicon used as a gettering layer on the back-side of the wafer has provided the best results in terms of leakage-current and generation lifetime values
The fabrication of PIN silicon detector was described with some advanced microelectronic technologie...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...
PIN radiation detectors and other test-structures have been fabricated on FZ high-resistivity (2 kΩ ...
PIN radiation detectors and other test-structures have been fabricated on FZ high-resistivity (2 kΩ ...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high resistivity (2 ...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high resistivity (2 ...
PIN diodes and other test structures have been fabricated on both n- and p-type high resistivitiy Fl...
PIN diodes and other test structures have been fabricated on both n- and p-type, high-resistivity, F...
PIN diodes and other test structures have been fabricated on both n- and p-type, high-resistivity, F...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high-resistivity (2K...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
The effects of resistivity and crystal orientation on the leakage-current and the radiation-response...
The fabrication of PIN silicon detector was described with some advanced microelectronic technologie...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...
PIN radiation detectors and other test-structures have been fabricated on FZ high-resistivity (2 kΩ ...
PIN radiation detectors and other test-structures have been fabricated on FZ high-resistivity (2 kΩ ...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high resistivity (2 ...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high resistivity (2 ...
PIN diodes and other test structures have been fabricated on both n- and p-type high resistivitiy Fl...
PIN diodes and other test structures have been fabricated on both n- and p-type, high-resistivity, F...
PIN diodes and other test structures have been fabricated on both n- and p-type, high-resistivity, F...
PIN radiation detectors and other test-structures have been fabricated on a FZ, high-resistivity (2K...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
We report on the latest results obtained from the development of a fabrication technology for PIN ra...
The effects of resistivity and crystal orientation on the leakage-current and the radiation-response...
The fabrication of PIN silicon detector was described with some advanced microelectronic technologie...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...
We have processed pin-diodes and strip detectors on n- and p-type high-resistivity silicon wafers gr...