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ELEC 412 RF & Microwave Engineering

ELEC 412 RF & Microwave Engineering. Fall 2004 Lecture 18. Balanced Single Stub Matching.

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ELEC 412 RF & Microwave Engineering

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  1. ELEC 412 RF & Microwave Engineering Fall 2004 Lecture 18 ELEC 412 - Lecture 18

  2. ELEC 412 - Lecture 18

  3. ELEC 412 - Lecture 18

  4. ELEC 412 - Lecture 18

  5. ELEC 412 - Lecture 18

  6. ELEC 412 - Lecture 18

  7. ELEC 412 - Lecture 18

  8. ELEC 412 - Lecture 18

  9. ELEC 412 - Lecture 18

  10. ELEC 412 - Lecture 18

  11. ELEC 412 - Lecture 18

  12. ELEC 412 - Lecture 18

  13. ELEC 412 - Lecture 18

  14. ELEC 412 - Lecture 18

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  17. ELEC 412 - Lecture 18

  18. ELEC 412 - Lecture 18

  19. ELEC 412 - Lecture 18

  20. ELEC 412 - Lecture 18

  21. ELEC 412 - Lecture 18

  22. ELEC 412 - Lecture 18

  23. ELEC 412 - Lecture 18

  24. ELEC 412 - Lecture 18

  25. ELEC 412 - Lecture 18

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  30. ELEC 412 - Lecture 18

  31. Balanced Single Stub Matching Because of the parallel connection, the total admittance of the stubs will be double that of each leg, that is, Ybal = 2Ystub. A single unbalanced stub of length d can be converted into an equivalent balanced stub of length db by requiring that the two configurations provide the same admittance. ELEC 412 - Lecture 18

  32. Balanced Single Stub Matching ELEC 412 - Lecture 18

  33. Unbalanced Single Stub Matching ELEC 412 - Lecture 18

  34. Balanced Single Stub Matching ELEC 412 - Lecture 18

  35. ELEC 412 - Lecture 18

  36. ELEC 412 - Lecture 18

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