A polarized electromatnetic wave is originating behind the page. If possible, the electromagnetic wave will move towards and through a wire grid filter (in the plane of the page). A straight wire antenna is then used to measure an electric current on the other side of the wire grid polarizer (in front of the page). Hint: Redraw the orientation to better visualize or use the scale models built during Assignment # 12. b. c. Part A Which orientation of the electromagnetic field, wire grid polarizer, and antenna will produce a maximum signal in the antenna? Ob. O c. Od. 7.7.
A polarized electromatnetic wave is originating behind the page. If possible, the electromagnetic wave will move towards and through a wire grid filter (in the plane of the page). A straight wire antenna is then used to measure an electric current on the other side of the wire grid polarizer (in front of the page). Hint: Redraw the orientation to better visualize or use the scale models built during Assignment # 12. b. c. Part A Which orientation of the electromagnetic field, wire grid polarizer, and antenna will produce a maximum signal in the antenna? Ob. O c. Od. 7.7.
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Transcribed Image Text:A polarized electromatnetic wave is originating behind the page. If possible, the electromagnetic wave will move towards and through a wire grid filter (in the plane of the page). A straight wire antenna is then used to measure an electric current on the other side of the
wire grid polarizer (in front of the page).
Hint: Redraw the orientation to better visualize or use the scale models built during Assignment #12.
b.
C.
d.
Part A
Which orientation of the electromagnetic field, wire grid polarizer, and antenna will produce a maximum signal in the antenna?
O a
Ob.
Ос.
Od.
оооо
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