# Question Solved1 AnswerSubject : ELECTRICAL ENGINEERING EET 730 ASSIGNMENT 7.(a). A TWT operates under following parameters, , circuit Beam voltage Vo 3 kV, beam current lo = 30 mA, characteristics impedance of helix Zo 10 length, N = 50 and frequency f = 10 GHz, Determine, (iv) (v) (vi) Gain parameter Output power gain in db and all Four propagation constants. (5pts) (b). Explain how oscillations are suppressed in TWT. (2pts) (c). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) 3.(a). Compare the performance characteristics of TWT amplifier and magnetron. (2pts) (b). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) (c). Derive the equation for gain of TWT amplifier. (2pts) I55MAE The Asker · Electrical Engineering Transcribed Image Text: Subject : ELECTRICAL ENGINEERING EET 730 ASSIGNMENT 7.(a). A TWT operates under following parameters, , circuit Beam voltage Vo 3 kV, beam current lo = 30 mA, characteristics impedance of helix Zo 10 length, N = 50 and frequency f = 10 GHz, Determine, (iv) (v) (vi) Gain parameter Output power gain in db and all Four propagation constants. (5pts) (b). Explain how oscillations are suppressed in TWT. (2pts) (c). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) 3.(a). Compare the performance characteristics of TWT amplifier and magnetron. (2pts) (b). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) (c). Derive the equation for gain of TWT amplifier. (2pts)
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Transcribed Image Text: Subject : ELECTRICAL ENGINEERING EET 730 ASSIGNMENT 7.(a). A TWT operates under following parameters, , circuit Beam voltage Vo 3 kV, beam current lo = 30 mA, characteristics impedance of helix Zo 10 length, N = 50 and frequency f = 10 GHz, Determine, (iv) (v) (vi) Gain parameter Output power gain in db and all Four propagation constants. (5pts) (b). Explain how oscillations are suppressed in TWT. (2pts) (c). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) 3.(a). Compare the performance characteristics of TWT amplifier and magnetron. (2pts) (b). Derive the expression for axial for electric field in helix type travelling wave tube. (2pts) (c). Derive the equation for gain of TWT amplifier. (2pts)    