10-2. A normal cylindrical magnetron has the following parameters: Inner radius: R, = 0.15 meter R, 0.45 meter Outer ra...
10-11. A linear magnetron has the following parameters Vo 32 kV lo 60 A Anode voltage: Anode current: f 10 GHz Operating frequency: Bo = 0.01 wb/m2 Magnetic flux density: Hub thickness: h-3 cm Distance between anode and cathode: d - 6 cm Compute: a. The electron velocity at the hub surface b. The phase velocity for synchronism c. The Hartree anode voltage l wish to help me in solving this question this the reference book is Microwave Devices and...
9-8. A two-cavity klystron amplifier has the following parameters Vo 30 kV Beam voltage lo 3 A Beam current f 10 GHz Operating frequency Beam coupling coefficient: dc electron charge density Signal voltage Cavity shunt resistance Total shunt resistance including load: Vi = 15 V(rms) Rsht-10 kΩ Calculate a. The plasma frequency b. The reduced plasma frequency for R 0.4 c. The induced current in the output cavity I wish to help me in solving this question this the reference...
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A cylindrical conductor has inner radius 'a and outer radius 'b'. conductor is I, distributed so that the current per unit cross- sectional area is constant. Find the magnetic flux density at any radius r, where a<r<b, in terms of I, r, a, b. The total current in the 1172 (a) (b) Suppose that the current density in (a) above is not uniform but (Amp/m2), where k is a constant. Find the flux varies as J-k density at any...