Sir at time stamp 1:41:01 the answer is an option (c): 2*D - 1, sir when the switch will move to the 2-2' position , the inductor polarity will also reverse but capacitors polarity will remain same. So when we will apply Voltage Sec balance equation the gain will be same as in option(C)
When a line commutated converter operates in the inverter mode A It draws both real and reactive power from the A.C supply B It delivers both real and reactive power to the A.C supply C It delivers real power to the A.C supply D It draws reactive power from the A.C Sir soln plz.. It is asking in BPSC lecturer exam
sir,in lakshya batch you said a different formula in harmonic analysis for stepdown chopper and here you said a different formula for harmonic analysis and duty cycle to eliminate nth harmonics.which we will follow..
Sir at time stamp 1:41:01 the answer is an option (c): 2*D - 1, sir when the switch will move to the 2-2' position , the inductor polarity will also reverse but capacitors polarity will remain same.
So when we will apply Voltage Sec balance equation the gain will be same as in option(C)
Aaj chopper pura clr.. Aap sir legend h
❤️
When a line commutated converter operates in the inverter mode
A
It draws both real and reactive power from the A.C supply
B
It delivers both real and reactive power to the A.C supply
C
It delivers real power to the A.C supply
D
It draws reactive power from the
A.C
Sir soln plz..
It is asking in BPSC lecturer exam
Behtariiin sir... ❤😍
Can u pls tell me where is pdf is available
sir,in lakshya batch you said a different formula in harmonic analysis for stepdown chopper and here you said a different formula for harmonic analysis and duty cycle to eliminate nth harmonics.which we will follow..
legend
Large value q ??