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--- calculator:maximum_loss_from_thermal_resistance [2025/01/13 23:50] – stan_zurek
+++ calculator:maximum_loss_from_thermal_resistance [2025/01/19 19:44] (current) – stan_zurek
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 ===== Calculator of maximum power loss from thermal resistance =====
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+<box 100% #efffef>
-| //[[user/Stan Zurek]], Calculator of maximum power loss from thermal resistance, Encyclopedia Magnetica//, \\ @PAGEL@, {accessed: @YEAR@-@MONTH@-@DAY@} |
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+|  {{/calculator/icon_calc.png?60&nolink}}  | //[[user/Stan Zurek]], Calculator of maximum power loss from thermal resistance, Encyclopedia Magnetica//, \\ https://www.e-magnetica.pl/doku.php/calculator/maximum_loss_from_thermal_resistance, {accessed: @YEAR@-@MONTH@-@DAY@} |
+</box>
 If thermal resistance is known for given device and cooling conditions then a maximum loss dissipation can be calculated from the following equation.
-|  $$ P_{max} = \frac{T_{max} - T_{ambient}}{R_{th}} $$  |  (W)  |
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+^  Maximum power loss from thermal resistance  ^^^
+| //Source: [1] [[https://isbnsearch.org/isbn/9781118717790|Marian K. Kazimierczuk, High-Frequency Magnetic Components, Second edition, John Wiley & Sons, Chichester, 2014, ISBN 9781118717790]]//   |||
+|  //a direct consequence of: \\ [1], eq. (2.276), p. 151//  |  $$ P_{max} = \frac{T_{max} - T_{ambient}}{R_{th}} $$  |  (W)  |
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 <!-- ==================== calculator starts here ============== -->
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  \\
  //Note: the maximum temperature must be greater than the ambient value.//
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+<box 100% #efffef>↑</box>
-{{tag>Calculators Thermal_resistance}}
+{{page>insert/paypal}}
+{{tag>Calculators Thermal_resistance Maximum_power}}