Contents Available 1. Elemental and Compound Semiconductors, Direct and Indirect Semiconductors 2. Intrinsic and Extrinsic semiconductors, NType and PType 3. Effective mass and Fermion 4. Hall Effect 5. Einstein's Relation and Continuity equation 6. Recombination mechanisms 7. Diffusion of carriers...
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The note explains in detail about the different classification of semiconductors with example, namely Elemental Semiconductors and Compound semiconductors, Direct and Indirect Semiconductors
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Add to cartThe note explains in detail about the different classification of semiconductors with example, namely Elemental Semiconductors and Compound semiconductors, Direct and Indirect Semiconductors
Gives an insight into intrinsic semiconductors and extrinsic semiconductors
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Add to cartGives an insight into intrinsic semiconductors and extrinsic semiconductors
Explains different types of extrinsic semiconductors namely N Type semiconductors and P Type semiconductors
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Add to cartExplains different types of extrinsic semiconductors namely N Type semiconductors and P Type semiconductors
Explains the concept of effective mass with the help of diagram. Also tells about Boson and fermion.
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Add to cartExplains the concept of effective mass with the help of diagram. Also tells about Boson and fermion.
Derivation Of Equilibrium carrier concentration in terms of Fermi level. Also a mathematical problem related to carrier concentration is carried out.
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Add to cartDerivation Of Equilibrium carrier concentration in terms of Fermi level. Also a mathematical problem related to carrier concentration is carried out.
Derive the Einstein's Relation and Derive Continuity Equation
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Add to cartDerive the Einstein's Relation and Derive Continuity Equation
Define Hall Effect and Derive the expression for electron concentration. What are the applications of Hall Effect?
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Add to cartDefine Hall Effect and Derive the expression for electron concentration. What are the applications of Hall Effect?
Explains direct recombination and indirect recombination. Also discusses quasi fermi levels and a mathematical problem related.
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Add to cartExplains direct recombination and indirect recombination. Also discusses quasi fermi levels and a mathematical problem related.
Discusses diffusion of carriers with the help of a diagram and derive diffusion current densities.
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Add to cartDiscusses diffusion of carriers with the help of a diagram and derive diffusion current densities.
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