1478) See Fig 1478 and online hints. R1=5.43 and R2=5.23 Ohms. If the Bode-phase peaked at 336 rad/sec. Determine L (mH). WebCHARLIE's answer is approximate, but should be close to the calculator exact value. ans:1 Exercise #: 1478-Due Date & Time: 2019/4/18 13:35:00 Part Variable Last Answer Answer Box Unit Trys Date Time mH 1 2019-05-11 16:41:34 Figure 1478 回 Figure 1 Figure 178 File EditViewInsertTools Desktop WindowHelp External resistance Chms) Bode Diagram 1Inductor R1 resistance (Ohms) 1 deal output (Henries) '- 20 System sys Frequency (rad/s): 48.8 Phase (deg):19.9 15 t0 10 Frequency (rad/s) Editor C\temp 461blex1478m VEW EDTOR k: § Find Files CompareEDIT NAVATBreakponts Run Print a Run Section Run and New Open Save Advance RUN ALE ri-3.3; r2=3.4; L-100E-3; 2 - 4ade (N, D) Exercise #: 1478-Due Date & Time: 2019/4/18 13:35:00 Part Variable Last Answer Answer Box Unit Trys Date Time mH 1 2019-05-11 16:41:34 Figure 1478 回 Figure 1 Figure 178 File EditViewInsertTools Desktop WindowHelp External resistance Chms) Bode Diagram 1Inductor R1 resistance (Ohms) 1 deal output (Henries) '- 20 System sys Frequency (rad/s): 48.8 Phase (deg):19.9 15 t0 10 Frequency (rad/s) Editor C\temp 461blex1478m VEW EDTOR k: § Find Files CompareEDIT NAVATBreakponts Run Print a Run Section Run and New Open Save Advance RUN ALE ri-3.3; r2=3.4; L-100E-3; 2 - 4ade (N, D)
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