An Avalanche Photodiode (APD) is a type of photodiode in a photodetector. An APD applies a high voltage to increase the photosensitivity compared to a normal photodiode. The application of a high voltage causes an avalanche phenomenon, which amplifies the signal. This makes it possible to obtain signals with high sensitivity even in weak light.

Avalanche Photodiodeprice

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Advantages ofavalanche photodiode

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On the other hand, with the P-incidence structure used by Matsusada Precision, the generated carriers from the light incidents near the surface enter the avalanche layer with 100% certainty. There are no lattice defects in the crystal, resulting in a low-noise device. Furthermore, since a stable P layer can be formed, the variation in the avalanche voltage of each device can be suppressed.

What is avalanche photodiodevsphotodiode

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Applications ofavalanche photodiode

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The greatest feature of Matsusada Precision's APDs is that they use a P-incidence structure. Most of the other companies use an N-incidence structure, and especially with short-wavelength light, the carriers are generated before the avalanche layer without reaching the depletion layer, so the avalanche effect is not 100% achieved and the sensitivity drops.

Avalanche photodiodeworking principle

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