Lec 46 Power with Harmonics | Network Theory

[@hirokjyotinath2246]

Sir, you are the best ,sir aaapka valuable lectures se bohot kuch sikhne ko Mila hai,I shall remain ever grateful to you

[@saurabhtrivedi6181]

sir hand writing gazab hai aapki!!very nice

[@amrajamarnath7952]

Pavg 2500 watts Power factor 0.456 Sir well explanation from now I am not bothered about rms values,and adding different different frequency components how to convert them into single frequency good techniques sir ✋ off

[@snehalnevge8577]

Resistive ckt doesn't have any tendency to generate harmonics but inductive circuit has tendency to generate harmonics hence we take Vavg I avg in case of inductive ckt.

[@GeniqueEducationTeam]

why it has not any tendency to generate harmonics and why L has tendency to generate harmonics.? think about it..ok

[@snehalnevge8577]

@@GeniqueEducationTeam Resistive ckt has linear voltage and current characteristics but in case of inductive ckt it is not because of the non linear B-H curve.So we get distorted current waveform which leads to generation of harmonics.

[@mrduryodhan4103]

Yes sir plz power Electronics mn that iz plz batadena.. And ar ek bat we just 😍 love 😍 u #geniqueeducation

[@thosetwoyears1885]

Inductor doesn't consume average power, it is always zero in a cycle...it must be clear, so that's y we use average power term in RL or RLE load

[@Akashkumar-yc5ny]

Sri nahi pta hai why R load and RLE load power is different, please make video on this concept

[@ambujtripathi5705]

sir average value of sinusoidal current in a period zero hota hai...par jb i^2 karte hai to negative portion of sinusoid change ho jata hai positive me...to full period k liye inductor capacitor me avg power nikalte hai.Aur sir I rms is the eqivalent DC value if the supply was DC aur resistors k liye I rms use krte hai.Is this anywhere close to the correct explainaton sir??

[@udaybhaskar7661]

Total Power = 2500w Input power factor =0.45 Sir, I do not know why we are taking RMS value for R load and average value for L load. Please explain sir.

[@soumyabratabanerjee9996]

sir I think in most of RL load we need to take sometimes that due to presence of high inductive load the output or average current is continuous and ripple free. That means DC so we kneed to taka Vo*I0.

[@namwarjafri9234]

Root mean square value is depend upon heating effect. Dissipation means resistance means it create heating indirectly. So when resistance is connected across the dc supply it transfer no. Of charges for given time period now if same resistance is connected across the AC supply to adjust the ac value in such a way that it transfer same no of charges for given same time period as in the case of dc. This is Rms. Now in case of RL etc load we talk about average bcoz "again from above definition of RMS value, just replace resistance with ckt.... We get the avaerage value..... Pavg=2500W IPF=0.45

[@mohammadarif509]

We take Vavg*Iavg in case of L load because reactance fully depends on frequency. And you told that we directly take Pavg when the freq of voltage and current is same. that's why in case of L load we take Pavg. Am I right sir

[@satyasp751]

Sir ager samne mince hoga to kaise solve krna pkz bta dijiye

[@saiakhileshsanaboyina3566]

P=2500 W, P.F=0.45

[@సుష్మాతెలుగునీతికథలు]

Sir how to calculate instantaneous reactive power

[@daminiparde8211]

Sir plz Explain that concept.... In power electronics

[@GeniqueEducationTeam]

ok sure..

[@arunmukhiya1149]

P=2500w pf=.5

[@IrfanMujawar]

Total Power=2500Watt IPF = 0.4564.

[@aryannishad130]

Thanku sir

[@abhayrajputs4411]

Magnetic coupled ckt bataiye ga Sir plz

[@NishantKumar-re5zg]

Pavg=2.5Kw ,power factor=.5

[@gateaspirant4622]

sir total power is avg power or what sir??? please clarify me sir

[@GeniqueEducationTeam]

its avg only

[@shishirsuman9278]

Total power=2500 watts I/P power factor=0.456

[@tribhuwanpal9884]

Sir total power =2500w and PF=.45

[@ankitrajhans488]

Pave= 2500w and ipf= 0.45

[@saurabhtrivedi6181]

2500,0.456 plz tell that power electronics concept sir

[@ummadisettynarasimha5281]

1.2500w 2.0.456

[@skill-mines]

Pavg=2.5kW Pf=0.45

[@abhisekrout8522]

2500W and 0.45

[@mr.deshbhakt9292]

P=2500watt Pf=.45

[@udaymehta8917]

nahi pata sir

[@mohammadarif509]

Pavg=2500W and IPF=0.45

[@sanjuthakur7221]

Pavg =2500w ipf=.45

[@Mimi_mehendi]

Pavg=2500w Ipf=0.456

[@satishkumar-xw7fm]

Power 2500 and p.f 0.45

[@smilingfamily1]

2500KW and 0.456

[@shibamsarkar8765]

2500 watt and 0.45

[@kailaskrishna4385]

2500w .45

[@shriramprajapat4226]

2500w 0.456

[@soumyabratabanerjee9996]

Pav 2500watt and pf is 0.5

[@GeniqueEducationTeam]

check power factor

[@amitsinha0790559]

Nehi paata he

[@raghujha3977]

Total power:- 2500w,ipf=0.456

[@shubhampatel8450]

average power=2500 watt input power factor=0.4564

[@shuvodev3708]

Pavg=2500W, IPF=0.456