Course Content
Online Network Theory (AC and Dc Circuits) Course lecture videos
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Class 01 : node , brunch, mesh, source, source transformation, resistance , resistance calculation, VDR, CDR
02:06:14
class 2 star delta conversion, linearity ,active passive unilateral bilateral elements equivalent resistance for infinite chain, equivalent R using symmetry
02:11:15
class 3 equivalent resistance of complex structure using symmetry, kcl (point and closed surface), kvl( loop wise and point wise)
01:56:46
class 4 math using linerity property, Nodal analysis , techique to write nodal equation in one line
02:02:07
class 5 mesh analysis thevene norton max power reciprocity telegens millmans
02:13:14
class 6- capacitor, inductor and its voltage current characteristics, first order circuit
01:04:31
class 7 first order circuit solution , circuit solve using laplass transform
01:58:56
class 8 ac system phasor diagram of series, parallel , series-parallel circuit
02:14:43
class 9 RMS , average value calculation
02:16:28
class 10 math practices of rms clculation of harmonics and power calculation
02:07:46
classs 11- three phase circuit part 1
02:29:06
class 12 three phase circuit part 2
01:57:11
class 13 three phase circuit part 3
02:34:19
class 14 : three phase circuit part 4
02:10:16
class 15 magnetic circuit part 1
02:16:30
class 16 magnetic cicuit part 2
01:56:51
class 17 resonance circuit
01:38:41
lecture 18 two port network
01:41:38
class 19 2nd order circuit
02:04:08
first order circuit of Opam
45:41
ac phase shift related calculation math
22:00
An L has having a Q-factor of 60 is connected in series with a capacitor having a Q-factor of 240.
08:00
special technique , Dummy current voltage method
16:45
Course Materials
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To download Course Material VIsit the link given below
Special Math note for Circuit Theory ( AC & DC ) for SAE and AE
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Special Math Note For Circuit Theory ( DC & AC)
Network Theory ( AC and DC circuits ) Complete course
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