Abstract: An x-ray tube (10) includes an anode (16), a cylindrical stem (22), and a rotor (24). The rotor (24) includes a cylindrical sleeve portion (32) and a head portion (34) which are joined together at a joint (36). The joint (36) is formed by a mating of a lip (46) in the sleeve portion (32) and a lip (48) in the head portion (34). The lip (48) of the head portion (34) fits about the lip (46) of the sleeve portion (32). The sleeve portion (32) is formed of a first material and the head portion (34) is formed of a second material, the first material having a thermal expansion coefficient greater than that of the second material such that the head portion (34) expands less than the sleeve portion (32) upon heating and thereby maintains the integrity of the joint (36) inasmuch as the head portion (34) overlaps the sleeve portion ( 32) in the region of the joint (36). The stem (22) is attached to the anode (16) at a first end (50) and attached to the head portion (34) at a second end (52).

Abstract: A high-voltage cable connection (10) includes a standard terminal (12) which fits into a female receptacle in apower supply or x-ray tube to make an electrical connection. A cable (14) is routed through a proximal end (30) of the terminal (12). A clamp (18) secures a jacket (42) of the cable (14) to a cap (16) at the prominal end (30). A boot (20) envelops the cable (14) at a point where the cable (14) enters the terminal (12). A collar (22) which is split into halves or segments (22A, 22B) fits conformably about a boundary formed between the proximal end (30) of the terminal (12) and the boot (20). A ring (24) fits about the collar (22) to hold the segments (22A, 22B) together. A nut (26) having an external thread portion fits over the collar (22) and the ring (24), the nut (26) being rotatable about the collar (22) and the ring (24) and mating with internal threads which form a part of the female receptacle in the power supply or the x-ray tube.