Patent classifications
H01J23/02
FIBER OPTIC POWER FOR ADJUSTABLE MAGNET ASSEMBLIES
An apparatus, system and method for adjustable magnet assemblies that deliver power through fiber optics. An energy storage device that includes a rechargeable battery is located in a magnetron assembly and a fiber optic cable located outside the magnetron assembly delivers power signals to recharge the rechargeable battery.
Magnetron
Provided is a magnetron capable of preventing damage to a coil and suppressing oscillation stop due to occurrence of abnormal oscillation. A magnetron is a high-output type industrial magnetron in which all plate-shaped vanes belonging to a first plate-shaped vane group and all plate-shaped vanes belonging to a second plate-shaped vane group have the same number (at least three or more) of through holes near tips in a direction of a central axis, and when n is a numerical value indicating an odd number starting with 1, an n-th pressure equalizing ring penetrates to come into contact with an n-th through hole of all the plate-shaped vanes belonging to the first plate-shaped vane group and an (n+1)-th pressure equalizing ring penetrates to come into contact with an (n+1)-th through hole of all the plate-shaped vanes belonging to the second plate-shaped vane group.
Magnetron
Provided is a magnetron capable of preventing damage to a coil and suppressing oscillation stop due to occurrence of abnormal oscillation. A magnetron is a high-output type industrial magnetron in which all plate-shaped vanes belonging to a first plate-shaped vane group and all plate-shaped vanes belonging to a second plate-shaped vane group have the same number (at least three or more) of through holes near tips in a direction of a central axis, and when n is a numerical value indicating an odd number starting with 1, an n-th pressure equalizing ring penetrates to come into contact with an n-th through hole of all the plate-shaped vanes belonging to the first plate-shaped vane group and an (n+1)-th pressure equalizing ring penetrates to come into contact with an (n+1)-th through hole of all the plate-shaped vanes belonging to the second plate-shaped vane group.