subbuindia
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Hi everyone,
In a buck converter, for example 100 V DC has to be decreased to 50 V DC. But here, after design of buck converter we will see average value of output at output side. But we will not see average value of input at input side. That means, the 100V DC has to be reduced to 50V DC but not the average value of 100V DC. Assume 50% duty cycle.
More clearly (in buck converter), DC means we have the value at any time (we will see this type of waveform at input side of buck converter). Average means, we may not have the value at any time (we will see this type of waveform at output side of buck converter ). Are Average and DC same?
Please clarify me if I have mistake anything.
Thank you in advance.
In a buck converter, for example 100 V DC has to be decreased to 50 V DC. But here, after design of buck converter we will see average value of output at output side. But we will not see average value of input at input side. That means, the 100V DC has to be reduced to 50V DC but not the average value of 100V DC. Assume 50% duty cycle.
More clearly (in buck converter), DC means we have the value at any time (we will see this type of waveform at input side of buck converter). Average means, we may not have the value at any time (we will see this type of waveform at output side of buck converter ). Are Average and DC same?
Please clarify me if I have mistake anything.
Thank you in advance.