Ee130 lecture - PowerPoint PPT Presentation

Lecture #9

Lecture #9. OUTLINE Continuity equations Minority carrier diffusion equations Minority carrier diffusion length Quasi-Fermi levels Read: Sections 3.4, 3.5. Derivation of Continuity Equation. Consider carrier-flux into/out-of an infinitesimal volume:. Area A , volume Adx. J N ( x ).

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170 views • 15 slides

Lecture #2

Lecture #2. OUTLINE Electrons and holes Energy-band model Read: Chapter 2 (Section 2.2). Electronic Properties of Si.  Silicon is a semiconductor material. Pure Si has a relatively high electrical resistivity at room temperature.  There are 2 types of mobile charge-carriers in Si:

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292 views • 11 slides

Lecture #43

OUTLINE Short-channel MOSFET (reprise) SOI technology Reading: Finish Chapter 19.2. Lecture #43. Short-Channel MOSFET. OUTPUT CHARACTERISTICS. TRANSFER CHARACTERISTICS. I DS does not saturate with increasing V DS due to DIBL, and also channel-length modulation for V DS &gt; V GS - V T.

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345 views • 5 slides

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