For the diode parameters given below NA = 1015atoms/cm³, Np = 1017atoms/cm³, A = 0.025cm², T = 300K, D, = 34cm²/s, D, = 12cm²/s, Ln = 20um, Lp = 30um, Ecritical = 3x10$ V/cm Calculate the following...

For the diode parameters given below<br>NA = 1015atoms/cm³, Np = 1017atoms/cm³, A = 0.025cm², T = 300K, D, = 34cm²/s, D, = 12cm²/s, Ln =<br>20um, Lp = 30um, Ecritical = 3x10$ V/cm<br>Calculate the following (refer to the lecture notes for the required expressions)<br>Reverse saturation current, Is<br>Built-in potential, V.<br>Breakdown voltage, Vâv<br>Total zero bias junction capacitance, C;0 [Hint: you must multiply with area]<br>Total junction capacitance C; when Vp = 0V<br>Total junction capacitance C; when Vp = -5V<br>Diode current when Vp = 0V<br>Diode current when Vp = 0.7V<br>

Extracted text: For the diode parameters given below NA = 1015atoms/cm³, Np = 1017atoms/cm³, A = 0.025cm², T = 300K, D, = 34cm²/s, D, = 12cm²/s, Ln = 20um, Lp = 30um, Ecritical = 3x10$ V/cm Calculate the following (refer to the lecture notes for the required expressions) Reverse saturation current, Is Built-in potential, V. Breakdown voltage, Vâv Total zero bias junction capacitance, C;0 [Hint: you must multiply with area] Total junction capacitance C; when Vp = 0V Total junction capacitance C; when Vp = -5V Diode current when Vp = 0V Diode current when Vp = 0.7V

Jun 10, 2022

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For the diode parameters given below NA = 1015atoms/cm³, Np = 1017atoms/cm³, A = 0.025cm², T = 300K, D, = 34cm²/s, D, = 12cm²/s, Ln = 20um, Lp = 30um, Ecritical = 3x10$ V/cm Calculate the following...

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