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Einstein's Equations : ESE /GATE 2020
Lesson 11 of 21 • 6 upvotes • 10:24mins
Rohit Tiwari
In this lecture Rohit will explain about Einstein's Equations,current density, diffusion constant,drift and diffusion current for ESE/GATE 2020
(Hindi) Semiconductors for ESE
21 lessons • 2h 46m
1
Course Overview (in Hindi)
4:52mins
2
Thermal Voltage (in Hindi)
8:39mins
3
Energy Band Gap (in Hindi)
12:45mins
4
Mass Action Law (in Hindi)
9:00mins
5
Electron Volt and Leakage Current (in Hindi)
7:41mins
6
General properties of Ge & Si - ESE/ GATE 2020
6:12mins
7
Advantage of Silicon- ESE/GATE 2020
5:52mins
8
Electric Field Intensity - ESE/GATE 2020
8:58mins
9
Mobility application -ESE / GATE 2020
7:31mins
10
Resistivity & Conductivity - ESE/ GATE 2020
10:31mins
11
Einstein's Equations : ESE /GATE 2020
10:24mins
12
Hall effect - ESE /GATE
7:34mins
13
Intrinsic Semiconductor - ESE/GATE
9:20mins
14
N-TYPE Semiconductor -ESE/GATE
5:53mins
15
P-TYPE Semiconductor-ESE/GATE
6:04mins
16
Law of electric nutrality - ESE/GATE
7:02mins
17
Classification of Semiconductors - ESE/GATE
8:23mins
18
Fermi Energy and Fermi direct function - ESE /GATE
6:59mins
19
Fermi level in Intrinsic Semiconductor- ESE/GATE
8:39mins
20
Fermi level in P-Type Semiconductor- ESE/GATE
7:53mins
21
Fermi level in N-Type Semiconductor- ESE/GATE
6:25mins
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