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Select the correct statement related to contact potential or depletion region in the PN junction.
The diffusion process leaves behind both immobile positive ions and immobile negative ions on the n-side, creating a depletion region.
The diffusion process leaves behind immobile positive ions on the n-side and immobile negative ions on the p-side, creating a depletion region.
The diffusion process leaves behind immobile positive ions on the p-side and immobile negative ions on the n-side, creating a depletion region.
The diffusion process leaves behind both immobile positive ions and immobile negative ions on the p-side, creating a depletion region.
The diffusion process leaves behind immobile positive ions on the n-side and immobile negative ions on the p-side, creating a depletion region.
Practice and solve "Select the correct statement related to contact potential or depletion region in the PN junction...." for Part 5 Domain Knowledge - CIL MT E and T 2026. The correct answer is Option B: The diffusion process leaves behind immobile positive ions on the n-side and immobile negative ions on the p-side, creating a depletion region.. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.
Practice and solve "Select the correct statement related to contact potential or depletion region in the PN junction...." for Part 5 Domain Knowledge - CIL MT E and T 2026. The correct answer is Option B: The diffusion process leaves behind immobile positive ions on the n-side and immobile negative ions on the p-side, creating a depletion region.. Detailed step-by-step solution, conceptual clarity, and formulas on Examoogle.