L2 3.3 mH 2.4 mH L L5 ll L4= 5.6 mH ll Lz=3 mH 9.1 mH

L2<br>3.3 mH<br>2.4 mH<br>L<br>L5<br>ll<br>L4= 5.6 mH<br>ll<br>Lz=3 mH<br>9.1 mH<br>

Extracted text: L2 3.3 mH 2.4 mH L L5 ll L4= 5.6 mH ll Lz=3 mH 9.1 mH

SECTION 11 Inductors in Series and in Parallel<br>as. Reduce the network in Fig. 103 to the fewest elements.<br>s. Find the total inductance of the circuit of Fig. 100.<br>6,2 mH<br>10 μ<br>12 mH<br>ll<br>ll<br>3.3 mH<br>91 uF<br>36 mH<br>9.1 uF<br>2.4 mH<br>L4= 5.6 mH<br>La = 3 mH<br>24 mH<br>9.1 mH<br>FIG. 103<br>Problem 38.<br>FIG. 100<br>Problem 35.<br>

Extracted text: SECTION 11 Inductors in Series and in Parallel as. Reduce the network in Fig. 103 to the fewest elements. s. Find the total inductance of the circuit of Fig. 100. 6,2 mH 10 μ 12 mH ll ll 3.3 mH 91 uF 36 mH 9.1 uF 2.4 mH L4= 5.6 mH La = 3 mH 24 mH 9.1 mH FIG. 103 Problem 38. FIG. 100 Problem 35.

Jun 11, 2022

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L2 3.3 mH 2.4 mH L L5 ll L4= 5.6 mH ll Lz=3 mH 9.1 mH

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