When a positive forward bias of 0.1 V is applied to a Schottky diode at T = 350 K, a current density J = 5.32∙10-10 A/cm2 is measured. The bias of 0.5 V results in the current density of 3.18∙10-4 A/cm2 . (a) What is the reverse saturation current density of this junction? (b) Determine the height of Schottky barrier.
When a positive forward bias of 0.1 V is applied to a Schottky diode at T = 350 K, a current density J = 5.32∙10-10 A/cm2 is measured. The bias of 0.5 V results in the current density of 3.18∙10-4 A/cm2 . (a) What is the reverse saturation current density of this junction? (b) Determine the height of Schottky barrier.
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When a positive forward bias of 0.1 V is applied to a Schottky diode at T = 350 K, a
current density J = 5.32∙10-10 A/cm2 is measured. The bias of 0.5 V results in the current density
of 3.18∙10-4 A/cm2
.
(a) What is the reverse saturation current density of this junction?
(b) Determine the height of Schottky barrier.
Transcribed Image Text:Problem 5. When a positive forward bias of 0.1 V is applied to a Schottky diode at T= 350 K, a
current density J= 5.32·10*10 A/cm? is measured. The bias of 0.5 V results in the current density
of 3.18-10“ A/cm².
(a) What is the reverse saturation current density of this junction?
(b) Determine the height of Schottky barrier.
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