Glossary entry (derived from question below)
English term or phrase:
dark current
Romanian translation:
CURENT DE ÎNTUNERIC
Nov 21, 2008 08:54
15 yrs ago
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English term
dark current
GBK
English to Romanian
Science
Physics
Definition from
Tyco Electronics Corporation:
The thermally induced current that exists in a photodiode in the absence of incident optical power.
Example sentences:
This voltage may be as low as 10 mV or as high as 50 V and the dark currents may vary from pA to μA depending upon the junction area and the process used. Dark current is always specified at a particular value of reverse applied voltage. (optoelectronics.perkinelmer.com)
The photodiode noise in is the sum of the thermal noise (or Johnson noise) ij of a resistor which approximates the shunt resistance and the shot noise isD and isL resulting from the dark current and the photocurrent. (Hamamatsu Corporation)
Dark current is dependent on temperature. While dark current may initially be low, it will increase as the device temperature increases. (tpub.com)
Proposed translations
(Romanian)
4 +2 | CURENT DE ÎNTUNERIC | Amalia Nelepcu |
Change log
Nov 21, 2008 08:54: changed "Kudoz queue" from "In queue" to "Public"
Nov 21, 2008 08:54: changed "Stage" from "Preparation" to "Submission"
Nov 24, 2008 08:54: changed "Stage" from "Submission" to "Selection"
Jan 22, 2009 05:54: changed "Stage" from "Selection" to "Completion"
Proposed translations
+2
14 days
Selected
CURENT DE ÎNTUNERIC
Definition from
Lucrarea nr.8 – Senzori şi sisteme se:
Curentul electric slab care traversează un dispozitiv fotoelectric în absenţa unui flux luminos incident, adică a fotonilor.
Example sentences:
Curentul de saturaţie Iinv, care corespunde unui flux luminos incident nul, se numeşte curent de întuneric (~ 1 μA). (Lucrarea nr.8 – Senzori şi sisteme se)
Parametrii specifici unei fotodiode sunt: -curentul de întuneric ILo , este curentul prin fotodiodă la iluminare nulă;... (Universitatea Tg, Jiu – Facultatea de )
Printr-un semiconductor supus unei diferenţe de potenţial U va trece un curent electric slab (de întuneric), care creşte, atunci când semiconductorul este iluminat, datorită fotoconducţiei. Intensitatea fotocurentului, diferită de cea a curentului de întuneric, depinde de temperatură, tensiunea electrică aplicată şi de durata iluminării. (UNIV."POLITEHNICA" DIN BUCUREŞTI)
4 KudoZ points awarded for this answer.
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