real_and_imaginary_values_of_l_and_r
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real_and_imaginary_values_of_l_and_r [2023/08/16 23:10] stanzurek |
real_and_imaginary_values_of_l_and_r [2023/08/16 23:10] (current) stanzurek |
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| The meaning of these values is such that the real value of inductance (L re = 0.00998433 H) represents the actual inductance of the winding, and it is also directly linked to the imaginary part of resistance, so that R im = L re * 2 * pi * f. Hence: | The meaning of these values is such that the real value of inductance (L re = 0.00998433 H) represents the actual inductance of the winding, and it is also directly linked to the imaginary part of resistance, so that R im = L re * 2 * pi * f. Hence: | ||
| - | R im = 0.00998433 * 2 * 3.14159 * 50 = 3.1367 Ohms | + | |
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| + | And vice versa, L re = R im / (2 * pi * f). | ||
real_and_imaginary_values_of_l_and_r.1692220215.txt.gz · Last modified: 2023/08/16 23:10 by stanzurek
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