3.8 Find the current that flows in a silicon bar of 10-μm length having a 5-μm × 4-μm cross-section and having free-electron and hole densities of 104/cm3 and 1016/cm3, respectively, when a 1 V is applied end-to-end. Use μn = 1200 cm2/V ·s and μp = 500 cm2/V ·s.

8 13 - 3.8 Find the current that flows in a silicon bar of 10-μm length having a 5-μm × 4-μm cross-section and having free-electron and hole densities of 104/cm3 and 1016/cm3, respectively, when a 1 V is applied end-to-end. Use μn = 1200 cm2/V ·s and μp = 500 cm2/V ·s.

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images - 3.8 Find the current that flows in a silicon bar of 10-μm length having a 5-μm × 4-μm cross-section and having free-electron and hole densities of 104/cm3 and 1016/cm3, respectively, when a 1 V is applied end-to-end. Use μn = 1200 cm2/V ·s and μp = 500 cm2/V ·s.

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