Dynamic compression of the signal in a charge sensitive amplifier: From concept to design
M Manghisoni, D Comotti, L Gaioni… - IEEE Transactions on …, 2015 - ieeexplore.ieee.org
This work is concerned with the design of a low-noise Charge Sensitive Amplifier featuring a
dynamic signal compression based on the non-linear features of an inversion-mode MOS
capacitor. These features make the device suitable for applications where a non-linear
characteristic of the front-end is required, such as in imaging instrumentation for free
electron laser experiments. The aim of the paper is to discuss a methodology for the proper
design of the feedback network enabling the dynamic signal compression. Starting from this …
dynamic signal compression based on the non-linear features of an inversion-mode MOS
capacitor. These features make the device suitable for applications where a non-linear
characteristic of the front-end is required, such as in imaging instrumentation for free
electron laser experiments. The aim of the paper is to discuss a methodology for the proper
design of the feedback network enabling the dynamic signal compression. Starting from this …
[PDF][PDF] Dynamic Compression of the Signal in a Charge Sensitive Amplifier: from Concept to Design
V Re - aisberg.unibg.it
This work is concerned with the design of a lownoise Charge Sensitive Amplifier featuring a
dynamic signal compression based on the non-linear features of an inversionmode MOS
capacitor. These features make the device suitable for applications where a non-linear
characteristic of the frontend is required, such as in imaging instrumentation for free electron
laser experiments. The aim of the paper is to discuss a methodology for the proper design of
the feedback network enabling the dynamic signal compression. Starting from this …
dynamic signal compression based on the non-linear features of an inversionmode MOS
capacitor. These features make the device suitable for applications where a non-linear
characteristic of the frontend is required, such as in imaging instrumentation for free electron
laser experiments. The aim of the paper is to discuss a methodology for the proper design of
the feedback network enabling the dynamic signal compression. Starting from this …
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