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That´s a very valuable information Dr. Molina, presented in a very straight forward way. Quedo atento a próximas entregas.
Useful information
Hi Chema,
The description of the key points to design an inductor is fantastic, at school, I would have appreciated to have teachers as clear as you.
I would like to add one point about the cost of a custom design. Price will not be competitive in comparison with a catalog one in 2 situations:
+ Needed qty is low ;
+ Technical constraints (losses, footprint, T°,...) are not critical.
Hava an ice day,
Regards,
Hi, very helpful information. Where does E_core formula (1/2) uo x lg*A_e*BPk^2 come from? Any reference to text book or application note would be greatly appreciated
For the core selection part, what flux density was assumed to compute the stored energy?
That´s a very valuable information Dr. Molina, presented in a very straight forward way. Quedo atento a próximas entregas.
Useful information
Hi Chema,
The description of the key points to design an inductor is fantastic, at school, I would have appreciated to have teachers as clear as you.
I would like to add one point about the cost of a custom design. Price will not be competitive in comparison with a catalog one in 2 situations:
+ Needed qty is low ;
+ Technical constraints (losses, footprint, T°,...) are not critical.
Hava an ice day,
Regards,
Hi, very helpful information. Where does E_core formula (1/2) uo x lg*A_e*BPk^2 come from? Any reference to text book or application note would be greatly appreciated
For the core selection part, what flux density was assumed to compute the stored energy?