Table 8.3: Theoretical values at 4 kHz and peak value of the function generator of 4.243 V (3 Vrms). Z=R+Rwire+jWL (0) I

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Table 8.3: Theoretical values at 4 kHz and peak value of the function generator of 4.243 V (3 Vrms). Z=R+Rwire+jWL (0) I

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Table 8 3 Theoretical Values At 4 Khz And Peak Value Of The Function Generator Of 4 243 V 3 Vrms Z R Rwire Jwl 0 I 1
Table 8 3 Theoretical Values At 4 Khz And Peak Value Of The Function Generator Of 4 243 V 3 Vrms Z R Rwire Jwl 0 I 1 (25.02 KiB) Viewed 62 times
Table 8 3 Theoretical Values At 4 Khz And Peak Value Of The Function Generator Of 4 243 V 3 Vrms Z R Rwire Jwl 0 I 2
Table 8 3 Theoretical Values At 4 Khz And Peak Value Of The Function Generator Of 4 243 V 3 Vrms Z R Rwire Jwl 0 I 2 (11.78 KiB) Viewed 62 times
Table 8.3: Theoretical values at 4 kHz and peak value of the function generator of 4.243 V (3 Vrms). Z=R+Rwire+jWL (0) Impedance angle Impedance angle expressed in time: At Rectangular form Polar form in degrees (0) (uus) Maximum values Vinductor (V) VR (V) 1 (MA) RMS values VR(V) Vindictor (V) I (MA)

R Nominal value Nominal value R Measured value Measured inductor Parameters R=216.6 L=10.22mH Rwize = 10.9 0 220 22 10 mH Thorntinuluns and fill the Tahle 8 2 for a
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