ACCURATE NUMERICAL SOLUTION OF ONE-DIMENSIONAL P-NJUNCTION IN STEADY STATE

[1] BREITSCHWERDT KG, 1965, IEEE T ELECTRON DEVI, VED12, P13

[2] FULKERSON DE, 1966, SOLIDSTATE ELECTRONI, V7, P709

[3] GUMMEL HK, 1964, IEEE T, VED11, P455

[4] KANO K, 1964, IEEE T ELECTRON DEVI, VED11, P515

[5] DIFFUSED JUNCTION DEPLETION LAYER CALCULATIONS [J]. BELL SYSTEM TECHNICAL JOURNAL, 1960, 39 (02): : 389 - 403

[6] LIEB DP, 1962, I RADIO ENGRS T, VED 9, P143

[7] Sparkes JJ, 1964, J ELECTRON CONTR, V16, P153

[8] VANDERMAESEN F, 1962, PHILIPS RES REP, V17, P479

[9] THEORY OF THE FLOW OF ELECTRONS AND HOLES IN GERMANIUM AND OTHER SEMICONDUCTORS [J]. BELL SYSTEM TECHNICAL JOURNAL, 1950, 29 (04): : 560 - 607

[1] BREITSCHWERDT KG, 1965, IEEE T ELECTRON DEVI, VED12, P13

[2] FULKERSON DE, 1966, SOLIDSTATE ELECTRONI, V7, P709

[3] GUMMEL HK, 1964, IEEE T, VED11, P455

[4] KANO K, 1964, IEEE T ELECTRON DEVI, VED11, P515

[5] DIFFUSED JUNCTION DEPLETION LAYER CALCULATIONS [J]. BELL SYSTEM TECHNICAL JOURNAL, 1960, 39 (02): : 389 - 403

[6] LIEB DP, 1962, I RADIO ENGRS T, VED 9, P143

[7] Sparkes JJ, 1964, J ELECTRON CONTR, V16, P153

[8] VANDERMAESEN F, 1962, PHILIPS RES REP, V17, P479

[9] THEORY OF THE FLOW OF ELECTRONS AND HOLES IN GERMANIUM AND OTHER SEMICONDUCTORS [J]. BELL SYSTEM TECHNICAL JOURNAL, 1950, 29 (04): : 560 - 607