Problem 4. A Perfect Electric Conductor (PEC) will not support time-varying Electromagnetic Fields (see diagram at left). H₁ = 0 x PEC xHx = H₂ a.) For this given geometry and using H₁ = 0, with the boundary conditions for magnetic fields on a PEC, determine the value (in terms of Hx) and direction of the surface current, surf, on the PEC. b.) What are the units of Hy and Jsurf?
Problem 4. A Perfect Electric Conductor (PEC) will not support time-varying Electromagnetic Fields (see diagram at left). H₁ = 0 x PEC xHx = H₂ a.) For this given geometry and using H₁ = 0, with the boundary conditions for magnetic fields on a PEC, determine the value (in terms of Hx) and direction of the surface current, surf, on the PEC. b.) What are the units of Hy and Jsurf?
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![Problem 4. A Perfect Electric Conductor (PEC) will not support time-varying Electromagnetic
Fields (see diagram at left).
H₁ = 0
PEC
Z
H2 = *Hx
a.) For this given geometry and using H₁ = 0, with the boundary conditions
for magnetic fields on a PEC, determine the value (in terms of Hx) and
direction of the surface current, surf, on the PEC.
b.) What are the units of Hy and Jsurf?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F63a56cab-856f-41b5-a5a3-53df189c58ba%2F546e54cc-dd68-4c89-b4d0-86d67b31faf2%2F3z5cvaa_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 4. A Perfect Electric Conductor (PEC) will not support time-varying Electromagnetic
Fields (see diagram at left).
H₁ = 0
PEC
Z
H2 = *Hx
a.) For this given geometry and using H₁ = 0, with the boundary conditions
for magnetic fields on a PEC, determine the value (in terms of Hx) and
direction of the surface current, surf, on the PEC.
b.) What are the units of Hy and Jsurf?
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