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1 © Unitec New Zealand DE4401 R ESONANCE. Inductors oppose change in CURRENT 2 © Unitec New Zealand.

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Presentation on theme: "1 © Unitec New Zealand DE4401 R ESONANCE. Inductors oppose change in CURRENT 2 © Unitec New Zealand."— Presentation transcript:

1 1 © Unitec New Zealand DE4401 R ESONANCE

2 Inductors oppose change in CURRENT 2 © Unitec New Zealand

3 R L C series - Current is common Ref 3 © Unitec New Zealand

4 R L C phase relationships 4 © Unitec New Zealand

5 5

6 Series RLC Resonance 6 © Unitec New Zealand

7 7

8 Resonant Frequency 8 © Unitec New Zealand

9 Impedance Minimum at Resonant Freq 9 © Unitec New Zealand

10 Series RLC Resonance Equiv Circuit 10 © Unitec New Zealand

11 Series RLC Phase 11 © Unitec New Zealand

12 Series RLC Bandwidth 12 © Unitec New Zealand

13 Series RLC formulas 13 © Unitec New Zealand

14 Series RLC Summary 14 © Unitec New Zealand

15 R L C parallel circuits-Now V is Ref 15 © Unitec New Zealand

16 RLC Parallel 16 © Unitec New Zealand

17 Parallel RLC Circuit 17 © Unitec New Zealand

18 Parallel RLC Impedance 18 © Unitec New Zealand

19 Suceptance Parallel 19 © Unitec New Zealand

20 Parallel RLC Current 20 © Unitec New Zealand

21 Parallel RLC Bandwidth 21 © Unitec New Zealand


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