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Extra resources for Microwave Principles
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E field of a voltage standing wave across a 1-wavelength section of a waveguide. —Magnetic field on a single wire. —Magnetic field on a coil. —Magnetic fields on a two-wire line with half-wave frames. —Magnetic fields on a two-wire line with half-wave frames. —Magnetic field pattern in a waveguide. —Magnetic field in a waveguide three half-wavelengths long. —E field boundary condition. MEETS BOUNDARY CONDITIONS. —E field boundary condition. DOES NOT MEET BOUNDARY CONDITIONS. —H field boundary condition.
These answer sheets are preprinted with your SUBMITTING YOUR ASSIGNMENTS SSN, name, assignment number, and course number. Explanations for completing the answer To have your assignments graded, you must be sheets are on the answer sheet. enrolled in the course with the Nonresident Training Course Administration Branch at the Do not use answer sheet reproductions: Use Naval Education and Training Professional only the original answer sheets that we Development and Technology Center provide—reproductions will not work with our (NETPDTC).
Loose or inefficient coupling of energy into or out of a waveguide can be accomplished by the use of what method? —Waveguide irises. —Conducting posts and screws. PENETRATING. —Conducting posts and screws. EXTENDING THROUGH. Q-33. What is the result of an impedance mismatch in a waveguide? Q-34. What is used to construct irises? Q-35. An iris placed along the "b" dimension wall produces what kind of reactance? Q-36. How will an iris that has portions along both the "a" and "b" dimension walls act at the resonant frequency?