Semiconductor sensors : Decomposition into elementary sensors

Decomposition into elementary sensors
Semiconductor sensors

Authors : Alfred PERMUY, Eric DONZIER, Fadhel REZGUI

Review date: November 29, 2019 | Lire en français

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1. Decomposition into elementary sensors

The interest of the definition given in the introduction lies in the fact that it allows us to consider any sensor as a composition of several others, and thereby to induce a method of analysis and synthesis of the problem by factorization.

Example

a sensor transforming acceleration into an electrical voltage can be broken down as follows: $\overset{m}{γ - - - \to F} \overset{k}{= m γ - - - \to x}$

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Decomposition into elementary sensors

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Main phenomena exploited by sensors

References

(1) - GROVE (A.S.) - Physique et technologie des dispositifs à semiconducteur - . 380 p., Dunod (1971).
(2) - WOLKENSTEIN (Th.) - Physico-chimie de la surface des semiconducteurs - . 335 p., Édition Mir Moscou, Russie (1977).
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Decomposition into elementary sensors Semiconductor sensors

1. Decomposition into elementary sensors

References

Decomposition into elementary sensors
Semiconductor sensors