Abstract: A super mini coaxial microwave connector having a receptacle part and a plug part. The receptacle is a metal connector body associated with an insulator, at the lower end thereof. The insulator extends into the connector body and provides an upper projection end. The projection end at the inner part, engages with a male terminal and the lower end of the male terminal extends outward from the insulator and the connector body. The upper end of the male terminal is a round end. The plug part has a metal casing and the metal casing joins with another insulator. The insulator has a central hollow part to fit with a female terminal. The female terminal at the upper plate thereof has an extending downward stop neck and two downward stop plates extending from both ends of the rear side of the stopper respectively.

Abstract: A super mini coaxial microwave connector comprises a receptacle part and a plug part. The receptacle is a metal connector body associated with an insulator at the lower end thereof. The insulator extends into the connector body and provides an upper projection end. The projection end at the inner part thereof engages with a male terminal and the lower end of the male terminal extends outward from the insulator and the connector body. The upper end of the male terminal is a round end. The plug part has a metal casing and the metal casing joins with another insulator. The insulator has a central hollow part to fit with a female terminal. The female terminal at the upper plate thereof has an extending downward stopper and two downward stop plates extending from both ends of the rear side of the stopper respectively. An inner lead wire in the coaxial line can reach to the stopper and is soldered to the stopper and to a spot between he stop plates.

Abstract: An auto termination PCB mount connector provides a casing and there are insulators, a spring plate, a resistor, and a metal jacket mounted in the casing. The metal jacket urges the resistor to press against the conductive plate along a receiving groove in the casing. The casing at the outer side thereof joins a fixing element and the fixing element can be inserted into a hole in the printed circuit board so as to engage the connector to the printed circuit board. The spring plate contacts with the conductive plate in a normal state and the spring plate may separate from the conductive plate as soon as an insert end of any other connector is inserted into the printed circuit board. In case of the spring plate contacting with the conductive plate, an output signal transmitted to the spring plate may be sent back to the grounded line of the printed circuit board via the conductive plate, the resistor, the metal jacket, the casing, and the fixing element to constitute a loop.

Abstract: A dual-jack electrical connector including a casing, and two jacks, each of the jacks comprising a tubular metal shell, an insulative tube axially mounted within the tubular metal shell, and a signal terminal axially mounted inside the insulative tube, wherein the casing defines two axial holes disposed in a parallel relation; the jacks are respectively mounted in the axial holes of the casing.

Abstract: An auto-termination network cable connector which includes an auxiliary connector for connection to network cable, a main connector for connection to workstation computer, and coaxial cables connected between the auxiliary connector and the main connector, wherein the auxiliary connector has a resistor of predetermined impedance at the center and a metal spring plate at each end to automatically form a terminator at each end upon the removal of the BNC plug therefrom; a metal shield is installed in the auxiliary connector surrounding the resistor, the central terminal of the auxiliary connector, and the central conductors of the coaxial cable to protect against electromagnetic interference.