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Determine the diffusion current density of the minority carriers in units of (Amps/cm²) in a semiconductor. Assume complete ionization and the parameters given below: Semiconductor: Silicon • ND=7 x 1013 (cm-³) • NA = 4 x 1015 (cm-³) ● Electron carrier gradient: dn/dx = 4 x 1012 (cm-4)

Determine the diffusion current density of the minority carriers in units of (Amps/cm²) in a semiconductor. Assume complete ionization and the parameters given below: Semiconductor: Silicon • ND=7 x 1013 (cm-³) • NA = 4 x 1015 (cm-³) ● Electron carrier gradient: dn/dx = 4 x 1012 (cm-4)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Determine the diffusion current density of the minority carriers in units of (Amps/cm²) in a semiconductor. Assume complete ionization and the parameters given below: Semiconductor: Silicon ND=7 x 1013 (cm-³) • NA = 4 x 1015 (cm-³) ● Electron carrier gradient: dn/dx = 4 x 1012 (cm-4)
Transcribed Image Text:Determine the diffusion current density of the minority carriers in units of (Amps/cm²) in a semiconductor. Assume complete ionization and the parameters given below: Semiconductor: Silicon ND=7 x 1013 (cm-³) • NA = 4 x 1015 (cm-³) ● Electron carrier gradient: dn/dx = 4 x 1012 (cm-4)
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