Abstract: A coaxial connector is provided. The coaxial connector includes a shell, a core body, and a fixing member. The shell has a central passage. The shell includes a first annular portion, a second annular portion, an annular engaging portion, and an annular abutting portion. The fixing member has a thru-hole. The fixing member includes a first portion, a second portion, and an engaging portion. The core body fixedly penetrates through the thru-hole of the fixing member. An inner diameter of the annular engaging portion gradually increases from one end of the shell to another end of the shell. The annular engaging portion has a first annular inclined surface, and the fixing member has a second annular inclined surface. The fixing member is engaged in the central passage, and the first annular inclined surface and the second annular inclined surface abut against each other.

Abstract: A coaxial connector is provided. The coaxial connector includes a shell, a first fixing member, a second fixing member, and a core body. The first fixing member and the second fixing member are disposed in a fixing thru-hole of the shell. One end of the first fixing member abuts against one end of the second fixing member. One portion of the core body is disposed in the first fixing member and the second fixing member. An inner diameter of a first inner engaging portion of the first fixing member changes with a length thereof, and an inner diameter of a second inner engaging portion of the second fixing member is uniform. An outer diameter of an engaging portion of the core body changes with a length thereof, and an outer diameter of an auxiliary engaging portion of the core body is uniform.

Abstract: A connection module and a connector structure are provided. The connector structure includes a connection module and a joint module. The connection module includes a first joint unit, a connection unit having one end detachably connected to the first joint unit and the other end having fasteners, and a limit unit sleeved on the connection unit. The outer edge of each of the fasteners protrudes outward to form a top abutment portion. The joint module includes a second joint unit and a guide unit detachably connected to the second joint unit and having a joint portion. The guide unit is a hollow structure. The connection module is detachably connected to the joint portion through the connection unit to connect with the joint module. The fasteners are movably abutted against the joint portion through the top abutment portions. The limit unit is abutted against the joint portion.

Abstract: A multi-cable connector includes a main body, a plurality of cable assemblies, and a fixing unit. The cable assemblies are inserted into the main body. Each cable assembly has a connecting head and a cable. The fixing unit is installed on the main body. The fixing unit has a plurality of notches for providing the cables to respectively couple there-through. The fixing unit abuts against the connecting heads for holding the connecting heads between the main body and the fixing unit.

Abstract: An exemplary embodiment of the present disclosure illustrates a cable assembly. The cable assembly comprises a first cable and a second cable. The first cable has two contacts at both ends thereof, and the second cable has two contacts at both ends thereof. The first cable and second cable are used for transmitting a first signal and a second signal respectively. A differential signal is formed by the first signal and the second signal, and at least one of those contacts is an adjustable contact. The adjustable contact adjusts an electrical length of the first cable or the second cable to control a phase error between the first signal and the second signal.

Abstract: An exemplary embodiment of the present disclosure illustrates a cable assembly. The cable assembly comprises a first cable and a second cable. The first cable has two contacts at both ends thereof, and the second cable has two contacts at both ends thereof. The first cable and second cable are used for transmitting a first signal and a second signal respectively. A differential signal is formed by the first signal and the second signal, and at least one of those contacts is an adjustable contact. The adjustable contact adjusts an electrical length of the first cable or the second cable to control a phase error between the first signal and the second signal.