3. The electron number density in a semiconductor varies from 1020 m³ to 10¹2 m³ linearly over a distance of 4 μm. Determine the electron diffusion current and electric field at the midpoint if no current flows, He=0.135 m²V¹s¹ and T = 300 K
3. The electron number density in a semiconductor varies from 1020 m³ to 10¹2 m³ linearly over a distance of 4 μm. Determine the electron diffusion current and electric field at the midpoint if no current flows, He=0.135 m²V¹s¹ and T = 300 K
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![3. The electron number density in a semiconductor varies from 1020 m³ to 10¹2 m³ linearly over a
distance of 4 μm. Determine the electron diffusion current and electric field at the midpoint if
no current flows, He = 0.135 m²V¹s¹ and T = 300 K](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4da7af05-1e0e-424b-9438-9abe62448cab%2F3347287a-6867-4a47-b55a-153c82d9d23c%2F1y9b5wv_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3. The electron number density in a semiconductor varies from 1020 m³ to 10¹2 m³ linearly over a
distance of 4 μm. Determine the electron diffusion current and electric field at the midpoint if
no current flows, He = 0.135 m²V¹s¹ and T = 300 K
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