"Lecture Electronic materials" trang 1 - tải miễn phí từ tailieuXANH
Lecture Electronic materials - Chapter 1: Introduction to electronic materials

Lecture Electronic materials - Chapter 1: Introduction to electronic materials
37    227    2
Lecture Electronic materials - Lecture 13: Current flowing through a diode

Lecture Electronic materials - Lecture 13: Current flowing through a diode
6    88    2
Lecture Electronic materials - Lecture 14: Quantitative analysis (Math, math and more math)

Lecture Electronic materials - Lecture 14: Quantitative analysis (Math, math and more math)
14    252    2
Lecture Electronic materials - Lecture 15: Large signal (complete model) and small signal (limited use) models of a diode

Lecture Electronic materials - Lecture 15: Large signal (complete model) and small signal (limited use) models of a diode
34    292    2
Lecture Electronic materials - Lecture 16: Photodiodes, solar cells (photovoltaic devices), and multiple diode analysis

Lecture Electronic materials - Lecture 16: Photodiodes, solar cells (photovoltaic devices), and multiple diode analysis
13    88    2
Lecture Electronic materials - Lecture 17: Qualitative understanding - How do they work?

Lecture Electronic materials - Lecture 17: Qualitative understanding - How do they work?
21    183    2
Lecture Electronic materials - Lecture 18: Quantitative understanding - Do the math!

Lecture Electronic materials - Lecture 18: Quantitative understanding - Do the math!
13    57    2
Lecture Electronic materials - Chapter 2: Unit cells and miller indexes

Lecture Electronic materials - Chapter 2: Unit cells and miller indexes
13    192    2
Lecture Electronic materials - Chapter 3: Bonding model and dopants

Lecture Electronic materials - Chapter 3: Bonding model and dopants
43    106    2
Lecture Electronic materials - Chapter 4: Density of states and fermi energy concepts

Lecture Electronic materials - Chapter 4: Density of states and fermi energy concepts
15    177    2
Lecture Electronic materials - Chapter 5: Carrier concentrations in equilibrium

Lecture Electronic materials - Chapter 5: Carrier concentrations in equilibrium
20    317    2
Lecture Electronic materials - Chapter 6: Partial ionization, intrinsic energy and parameter relationships

Lecture Electronic materials - Chapter 6: Partial ionization, intrinsic energy and parameter relationships
11    247    2
Lecture Electronic materials - Chapter 7: Drift and diffusion currents

Lecture Electronic materials - Chapter 7: Drift and diffusion currents
16    200    2
Lecture Electronic materials - Chapter 8: Equations of state, equilibrium and einstein relationships and generation/recombination

Lecture Electronic materials - Chapter 8: Equations of state, equilibrium and einstein relationships and generation/recombination
18    262    2
Lecture Electronic materials - Chapter 9: Photogeneration, absorption, and nonequilibrium

Lecture Electronic materials - Chapter 9: Photogeneration, absorption, and nonequilibrium
16    124    2
Lecture Electronic materials - Chapter 10: Equations of state, minority carrier diffusion equation and quasi-fermi levels

Lecture Electronic materials - Chapter 10: Equations of state, minority carrier diffusion equation and quasi-fermi levels
14    193    2
Lecture Electronic materials - Chapter 11: How do they work? (postponing the math)

Lecture Electronic materials - Chapter 11: How do they work? (postponing the math)
10    208    2
Lecture Electronic materials - Chapter 12: How do they work?

Lecture Electronic materials - Chapter 12: How do they work?
13    285    2
Lecture Electronic materials - Chapter 19: Ebers moll large signal bjt model, using CVD model to solve for DC bias point

Lecture Electronic materials - Chapter 19: Ebers moll large signal bjt model, using CVD model to solve for DC bias point
13    214    2
Lecture Electronic materials - Chapter 21: Hand example, SPICE example, and limits on output swing imposed by having to stay within forward active mode

Lecture Electronic materials - Chapter 21: Hand example, SPICE example, and limits on output swing imposed by having to stay within forward active mode
12    112    2
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