Created at 11pm, Jan 7
physicsofcoinsScience
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Avalanche Photodiode
T_GgYPDQ2e25FUaf6nnvXxIVpsBY_Rzk9c0PYOJu5Oc
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Entry Count
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Embed. Model
jina_embeddings_v2_base_en
Index Type
hnsw

Lecture notes from Middle East Technical University on avalanche photodiodes. How APDs work, what is the applications and which materials are used were discussed.

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!"#"5"!"#$$%&'()*+',-%!./,$,.'%$01'0.1!,&2!3'*4#+'03+0.,'0*&! For a PIN junction, the photocurrent Iph generated by the light incident on the active region barely varies with the operating voltage. In contrast, for APDs, above a certain bias voltage the photocurrent Iph grows steadily, reaching its maximum value when the bias voltage is equal to the breakdown voltage VB of the junction. The gain M is given by the equation:
id: 4dd0ae289c20cbbd5a24b840c8b120d9 - page: 6
/0'*' $%&5 $"1+3"$("1*'"*'.$')%,>'(6"%0'"$0&%&)9**'+%5"%0'"%&%1(")9**'+%" 8#F.%:) ,'(/() &+%/.-(5#,.+%/) .%,+) #&&+;%,=) (G;#,.+%) HI7CJK=) '.&') where Iph, I and Id are respectively the photocurrent, the total current flowing across the 7(&/,+:" 1)*&.." %0'" 89+)%,&+5" 1+3" %0'" 31*D" )9**'+%P" #" 1+3" #J" 1*'" %0'" #44$.(/) 2+5) (#F) "#$;(/) +2) ,'() &;55(%,) #=) &#%) 2+5) '.:') &;55(%,/) ?() junction. V and Vo are the operating voltage and the reference voltage for which M=1. &$'*1%,+:" >&(%1:'" 1+3" %0'" *'7'*'+)'" >&(%1:'" 7&*" /0,)0" " Q M;" B+" %0'" 5.,,(%L For high currents : 7&((&/,+:5"/'"/,(("*'7'*"%&"$%&J"1+3"$(J"1."%0'"$*,41*6"$0&%&)9**'+%"1+3" %0'" $*,41*6" 31*D" )9**'+%" R,;';" %0'" +&+F49(%,$(,'3" )9**'+%.S;" <0'.'" 1*'" (cid:160) (cid:9) $ (cid:14) #% D (cid:12) # &'D (cid:161) 3'+&%'3"1."$%&R#JS"1+3"$(R#JS",+"'E91%,&+"KL;MNO;"<0,."'E91%,&+"1((&/." (cid:161) (cid:161) $( 9." %&" $(&%" %0'" ")#*" )01*1)%'*,.%,)." &7" 1+" H?I" 4'1.9*'3" 9+3'*" /'((F (cid:161) (cid:162)
id: 77a4df17c30113ddeaa71b8edaa91eff - page: 6
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