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(Created page with "Category:Elettronica 1000⋅sqrt(μH/(AL⋅1000)) Bmax = (E * 102) / (4.44 * f * N * Ae) + (N * Idc * AL) / 10 * Ae") |
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1000⋅sqrt(μH/(AL⋅1000)) | 1000⋅sqrt(μH/(AL⋅1000)) | ||
== Flusso in un nucleo == | |||
* '''E''' tensione RMS applicata in V | |||
* '''A''' area della spira in m^2 | |||
* '''N''' numero delle spire | |||
* '''f''' frequenza in MHz | |||
* '''AL''' indice AL | |||
* '''Bmax''' flusso in tesla | |||
E = 4,44 * f * N * A * Bmax | |||
Bmax = E / (4,44 * f * N * A) | |||
Latest revision as of 18:54, 25 October 2017
1000⋅sqrt(μH/(AL⋅1000))
Flusso in un nucleo
- E tensione RMS applicata in V
- A area della spira in m^2
- N numero delle spire
- f frequenza in MHz
- AL indice AL
- Bmax flusso in tesla
E = 4,44 * f * N * A * Bmax
Bmax = E / (4,44 * f * N * A)