Abstract: A repairable transmission line connector is provided where the center conductor has a front removable portion, and a rear portion crimped to the center conductor of the transmission cable. An outer sleeve mounted to a first coaxial conductor of the cable includes a removable front portion, and a rear portion crimped to the first coaxial conductor of the cable. An insulator holds the front center conductor wherein the insulator is held by the rear outer sleeve and the front outer sleeve. The front and rear outer sleeves, and the front and rear center conductors form a connector assembly. In a triaxial connector the connector assembly is surrounded by an insulating sleeve disposed within front and rear connector bodies connected to the cable. By disconnecting the front and rear connector bodies (if present) and the front and rear outer sleeves, access to the front center conductor is permitted for replacement of the front center conductor. The front outer sleeve and the insulator can be replaced as desired.

Abstract: A coaxial connector is provided, of a type that has a front portion (12) where the inner conductor (14) forms a socket for receiving a pin (M) of predetermined diameter (A) (1 mm) and the outer conductor has a front end of predetermined outside diameter (B) (3.7 mm), which enables an increase in characteristic impedance at the front portion of the connector to more closely match the impedance of the middle portion (16) of the connector. A dielectric support (30) that positions the inner conductor within the over one, includes primarily air at the front portion, to increase the characteristic impedance of the front portion without changing its diameter. The insulative support preferably includes a middle portion (72) with ring-shaped locating portions (62, 64) that are closely received in the outer conductor, that closely surround the inner conductor, and that abut shoulders on the inner conductor to fix the position of the inner conductor in radial and axial directions.

Abstract: A first embodiment of a floating mount apparatus for a coaxial connector includes a coaxial connector with a central axis having a first external diameter region, a second external diameter region adjacent to the first external diameter and a third external diameter region adjacent to the second external diameter. The second external diameter region is smaller than the first external diameter region. A mount member, i.e., a receiving aperture, includes a first internal diameter region, a second internal diameter region and a third internal diameter region adapted to receive the coaxial connector, a clearance existing between the region of the first external diameter and the first internal diameter. The second internal diameter region is less than the first internal diameter region of the mount member and the third external diameter region of the coaxial connector.

Abstract: A coaxial connector adaptor for connecting at least a pair of coaxial connections disposed in an opposing relationship to each other and displaceable in a direction perpendicular to the opposing direction thereof, includes an outer conductor connection terminal whose opposite end portions slidably contact for angular displacement with outer conductors of the opposing coaxial connectors, and a central conductor connection terminal whose opposite end portions slidably contact for angular displacement with central conductors of the opposing coaxial connectors.

Abstract: A subminiature coaxial connector including a matched impedance plug and jack for coupling printed circuit boards, RF modules, coaxial cables and the like, and minimizing RF signal losses and/or degradations. The plug and jack each comprises a coaxial structure including an outer tubular conductor and a center contact held in place by a dielectric sleeve within the outer tubular conductor. The geometries of these elements are such that when the plug and jack are fully joined, the elements are coextensive and butt-mated, without steps, gaps or other discontinuities.

Abstract: The press-fit section 31 is made up of a lance member 33 for engagement with the latch apertures 26a and 29b of terminal legs 26 and 29 of central and peripheral terminals 3 and 4 and a press-fit portion 36 formed by a pair of linear protrusions 34L and 34R and a pair of pressdown pieces 35L and 35R so that by engaging the lance member 33 with the latch apertures 26a and 29b and holding the terminal legs 26 and 29 between the pressdown pieces 35L and 35R and the linear protrusions 34L and 34R, the terminal leges 26 and 29 are connected to the press-fit terminal 5 with the crimping section 30 crimped on an electrical wire 39.

Abstract: The present invention provides a hermaphroditic coaxial electrical connector (10) having an outer contact (12) formed of two halves (17, 18). The first half (17) is of a slightly smaller dimension than the second half (18). A dielectric (20) is profiled to fit within the first half (17). A signal contact (40) is disposed inside the dielectric (20) and has a contact point (42) along a mating surface (24) of the dielectric (20). Mounting feet (16) are provided on the base of the outer contact for surface mounting to a printed circuit board.

Abstract: The present invention pertains to a stator for an electric motor, composed of a stator core assembly (2), stator windings (3) and, arranged at one end of the stator core assembly (2), an interconnecting arrangement (4) for the stator windings (3). An interconnecting arrangement (4) features an insulating part (9) with slotted chambers (11) in order to accept electrical connecting leads (12), insulated from each other, in order to interconnect the wire ends (7) of the stator windings (3).

Abstract: A multipolar electrical plug (multipolar plug) which uses a multipolar electrical jack (multipolar jack) as a counter electrical connector so that, even when a plug is of a multipolar type, the length of the plug can be shortened. In addition, it is possible to enhance resistance to deformation and resistance to breakage of the pole portion. The multipolar plug is useful as a multipolar electrical connector to be used in the case where a space for insertion and ejection is required to be as small as possible, such as the case of an audio apparatus and a car navigation apparatus mounted on an automobile. The multipolar plug has the body, a pin pole protruding from the body, a plurality of sleeve poles which are respectively formed of a plurality of cylinders disposed in a coaxial manner with respect to the pin pole, and which protrude from the body. It is preferable to locate the front end position of the pin pole at a position which is recessed from the front end positions of the sleeve poles.

Abstract: A coax connector includes an electrically conductive housing and electrically conductive center conductor. The center conductor is axially positioned within the housing in a dielectric support. The support includes two identical halves which are joined together to securely capture the center conductor.

Abstract: The invention relates to a connection arrangement, in particular an intermodulation-protected coaxial radio-frequency connection arrangement. The arrangement comprises interconnected connector parts (1, 101), wherein each connector part (1, 101) comprises a body (2, 102) and an outer contact member (3, 103) coupled to the body and each connector part (1, 101) further comprises an inner contact member (4, 104), the outer contact members (3, 103) of the connector parts being interconnected and the inner contact members (4, 104) of the connector parts being interconnected. In the connection arrangement, one connector part (101) is attached to an abutment surface (200) provided with a through hole (201) and the other connector part (1) is coupled to the connector part (101) attached to the abutment surface (200).

Abstract: A connector is provided including a plastic bushing having a bore which extends therethrough. A contact having an abutment region extends into one end of the bore to an adjacent abutment region of the bushing. A central conductor of a coaxial cable extends into an opposite end of the bore and is soldered to the abutment region of the contact. The plastic bushing is inserted into a conductive connector shell which engages a shield layer of the coaxial cable. The adjacent abutment regions prevent rotation of the contact about its axis.

Abstract: A connector module, connector module kit and connector module and panel assembly are provided. The connector module includes a conductive plate having at least one aperture through which a wall of an insulator extends, the wall defining a cavity. A contact extends through the base of the insulator and into the cavity, the contact being spaced from the wall. The connector module may be easily attached to a panel by using tabs extending from the panel or a C-shaped clip which is attached to the wall.

Abstract: An improved structure for the connector of a coaxial cable ensures that there are multiple contact points between the contact component and the central wire of the coaxial cable. The connector has holes on the top and bottom of the two ends of the contact component. The material of the holes is punched inward but is not removed from the tube forming the contact component such that a pair of inclined planes extend toward the interior of each end of the tube. One pair of insulation components which slip on the inside of the connector body join with one end of the contact component to fix and to support the contact component in order to increase the quality of transmission. The connector can be used in a specific range of central wire for cable that allows larger current flows, therefore being suitable for use in a combination of TV and telephone as well as with the current cable TV system.

Abstract: An environmentally, sealed, feedthrough connector of the type that may be used for externally accessing an outdoor TV line amplifier. The connector includes a cylindrical housing having an insert molded contact centrally disposed therein and a deformable O-ring about the insert molded contact. The connector is assembled under an axially compressive force which deforms the O-ring into sealing engagement with the internal wall of the housing.

Abstract: A right angle coaxial connector is disclosed which employs a die cast housing in which the center contact of the connector is mounted. The housing has a rearwardly-extending flap, and side walls that are perpendicular to the flap. The side walls have arcuate-shaped forming surfaces thereon over which the flap is bent downwardly to close the rear of the housing.

Abstract: An electric wire connector has an insulating member which has a through hole running in the axial direction and a transverse hole provided between exterior and the through hole in a different direction from the axis of the through hole; a contact which is inserted in the through hole and which has a fitting structure in a position matching an inside opening, i.e. the opening on the through hole side of the transverse hole; and a position restricting member which is inserted through an outside opening, i.e. the opening on the outer side of the transverse hole to be fitted in the fitting structure of the contact to restrict the position of the contact.

Abstract: An electrical connector is provided which includes a first connector housed within an assembly which includes an inner insulator and an outer metal shell, and a second connector. The insulator and the outer metal shell include a plurality of protuberances which engage a plurality of respective openings and abutment surfaces of the second connector to prevent rotational and axial movement of the first connector relative to the second connector.

Abstract: An electronic circuit tester for measuring the response of electrical signals applied to an electronic circuit under test is provided with a blind mate connector for effecting connection between a test head of the electronic circuit tester and a calibration board or, alternatively, a fixture board coupled to an electronic circuit under test. The blind mate connector includes a body portion having a relieved region at one end, a coaxial center conductor, dielectric material disposed in an interstitial region for supporting the center conductor within the body portion, a coaxial sleeve disposed in the relieved region in electrical contact with the body portion, and a ring to retain the sleeve in the body portion. The blind mate connector is mounted to the calibration or fixture board and mates with a compliant female connector incorporated into the test head.

Abstract: A cable connector includes a plug for connecting a coaxial cable to an electronic device such as a television or video cassette recorder. The plug includes a sleeve that connects with a first grounding terminal of a receptacle. An outer diameter of the sleeve is dimensioned to provide a good unstressed interference fit with the first grounding terminal. The sleeve has slits in a portion to permit elastic deformation when connecting with a second grounding terminal having an inner diameter less than that of the first grounding terminal. These slits permit the sleeve to compress sufficiently to form an interference fit inside the second grounding terminal. When both the first grounding terminal of the receptacle and the sleeve of the plug are dimensioned for the PAL format, and the second grounding terminal is dimensioned for the SECAM format, the plug fits either grounding terminal.

Abstract: An interface apparatus provides an auxiliary interface between an electronic base unit and a circuit card. The auxiliary interface apparatus may, for example, provide an RF interface between a notebook computer and a PCMCIA circuit card. The auxiliary interface apparatus comprises an auxiliary base connector attached to the base unit, an auxiliary card connector attached to the circuit card, and an actuator device. The actuator device moves the auxiliary base connector between a first position, in which the auxiliary base connector does not make contact with the auxiliary card connector, and a second position, in which the auxiliary base connector does make contact with the auxiliary card connector. The actuator device preferably comprises a rack and pinion device, where the auxiliary base connector is attached to the rack. A pinion gear engages with the rack to move the auxiliary base connector between the first position and the second position.

Abstract: First and second arrays of easily mated coaxial connectors are provided, which are of compact construction to enable efficient transmission of very high frequencies and in a compact arrangement. The outer conductor (22, FIG. 5) of a first connector (1) includes a male outer contact part (44) which is received in a female outer contact part (46) of the second connector, which leaves a step (70) where the inside surface of the male contact part is smaller than that of the adjacent female contact part, thereby creating a capacitive discontinuity. The front ends (74, 76) of the dielectric members (24, 34) of the first and second connectors are slightly axially spaced apart to leave a gap (72) between them. The gap produces an inductance that cancels the effect of the capacitance created by the step, to minimize insertion and return losses. The fact that the compensating gap and step are present avoids the need for a butt interface of the outer conductors.

Abstract: A connector includes a hollow prong, a grounding shell, an insulation base, and an electrical core. One end of the prong is centrally accommodated in the base and the grounding shell is peripherally mounted on the base with mounting tabs of the grounding shell engaging with notches of the base and thereby spacing the prong and the grounding shell apart. The electrical core has two wires. One of the wires is soldered to one of the mounting tabs and the other wire is soldered to the prong through an opening of the base.

Abstract: An electric light bulb socket positioner for lamp assemblies is provided. The lamp assembly consists of an electric light bulb sleeve, an electric light bulb stem and an electric light bulb. The light bulb stem, at the lower end of the electric light bulb socket, is provided with a pair of keyway slots formed through opposing wall portions. The slotted openings allow greater dimensional variability in the mating light bulb sleeve.

Abstract: An electrical connector includes a housing (2); at least one coaxial connector (3) disposed in the housing; a fitting portion (14B) provided in the coaxial connector for receiving a mating connector; and a pair of cut-outs (16) formed on upper and lower sides of the fitting portion to thereby minimizing a height of the housing.

Abstract: A coupler of the zero insertion force (ZIF) type for connecting two coaxial cables. A first embodiment includes a pair of opposed (inner) cylindrical receptacles, electrically connected, each formed from two lengths of helically coiled, interleaved wire, which each receive and grip a cable center-conductor. A pair of opposed (outer) cylindrical receptacles, electrically connected, each formed from two lengths of helically coiled, interleaved wire ribbon, each receive, contact, and grip a cable outer-conductor. The first embodiment further includes means for concurrently enlarging or contracting each (inner, outer) receptacle pair, and means for maintaining receptacle contraction. A second embodiment includes a pair of opposed (inner) cylindrical receptacles, electrically connected, each formed from a length of helically coiled wire, which each receive, contact and grip a cable center-conductor.

Abstract: An electrical connector (70) for use in connecting an ultrasonic transducer (16) to a coaxial cable (88) running through a catheter (10). The transducer is normally disposed at a distal end of the catheter and is removably attached to and supported by the electrical connector. The connector includes a plastic collar (72), and a pair of cylindrical, flexible conductive ring clips (74 and 76). Enlarged rims (82) on the ring clips are molded into the connector in coaxial alignment, and the ring clips are spaced apart from each other by a distance that corresponds to the thickness of the cylindrical transducer, but are slightly closer together at their projecting ends. Each ring clip include a plurality of circumferentially spaced-apart slots (84) to define a plurality of fingers (86), adding flexibility to the ring clips. One of the ring clips is electrically connected to a grounding shield of the coaxial cable and the other is electrically connected to an internal conductor of the cable.

Abstract: A compact connector assembly for an implantable medical device includes a receptacle for receiving the proximal end of a coaxial bipolar lead having a distal end attachable to a desired tissue location. The receptacle includes an open end for receiving the proximal end of the lead and a closed end carrying a conductive pin. The pin has a portion inside the receptacle projecting toward the open end thereof and adapted to make electrical contact with one of the lead conductor terminals. The proximal end of the lead has a conductive socket for receiving the projecting portion of the pin inside the receptacle. An adapter terminal may be used to convert the proximal end of the lead to the industry VS-1 standard.

Abstract: An in-line, multipolar proximal connector assembly for an implantable stimulation lead is provided which incorporates at least one sensor. Advantageously, the present invention uses straight conductive rods, or wires, to electrically connect the proximal terminals to a multilumen lead body. The straight conductive rods enable the diameter of the lead assembly to remain small. Additional terminals can easily be added by simply decreasing the spacing between terminals and adding additional conductive rods. In one embodiment, insulating spacers are premolded to include protruding portions which interlock with the ring terminals. Recesses within the insulating spacers are dimensioned to self-position the ring terminals a precise distance from the pin terminal according to precise dimensions defined by the VS-1 (or other) standards. In another embodiment, the terminals are injection molded.

Abstract: The invention relates to an electrical lamp base and socket assembly for mechanically holding and supplying power to an electrical lamp, having a vitreous envelope, allowing mainly axial motion for the lamp and avoiding any turning motion over a certain angle during its insertion into and removal from the socket. The lamp base and socket are made of insulating material, and the lamp base has slot on its surface while the socket has mechanical means with spring mechanism and protruding parts engaging the slot of the socket.

Abstract: A novel adapter for interfacing vintage oil fuse cutout devices with modern high-voltage cable terminations embodying a modern-standard bushing well at one end and a conductive member for mating with a cable entrance terminal of the cutout at the other end, and with mechanical (threaded) coupling to the device.

Abstract: An electrical offset adapter plug for accessing an electrically powered receptacle housed within an ash tray compartment having a restricted path by which the adapter plug is inserted into the receptacle. The offset plug comprising a composite structure including a first adapter-plug section having a generally tubular body which is relatively longer than its tubular diameter and which is adapted for insertion into the receptacle, a second enclosure section defining an internal chamber for housing optional electrical components and serving also as a gripping handle for manual insertion of the offset adapter plug into the receptacle, and a third section defining an offset elbow joining the adapter-plug section to the enclosure section with the enclosure section being disposed substantially offset relative to both the length and tubular diameter of the adapter-plug section.

Abstract: A coaxial cable includes a coaxial wire having a central conductor, an outer conductor, an inner insulating layer between said central and outer conductors and an outer insulating layer covering said outer conductor. A hollow metal tube has an inner wall, a first end and a second end which is restricted and press-formed to possess a polygonal wall surface tightly receiving the outer conductor of the coaxial wire when the latter is inserted into the metal tube. The metal tube further has a stop member adjacent to the first end. A plug member is inserted into the first end of the hollow metal tube where the stop member limits the movement of the plug member in the metal tube. The first end of the metal tube is in electrical contact with an annular electric conducting wall of the plug member, and a central electric conducting blade axially extends into the metal tube and electrically contacts the central conductor of the coaxial wire.

Abstract: An electronic plug having an outer tube made of two different diametrical metal tubes joined together, an insulator extending through the interior of the outer tube and protruding out of both ends of the tube, a conductive member having a forked rear portion fixed lengthwise in the insulator, and the outer tube having another conductive member extending down from its front end as one unit is disclosed. In a second embodiment, the outer tube is made from a single metal tube.

Abstract: In a detachable connector a socket assembly with a hollow body is provided. The inner walls of the hollow body define a cylindrical chamber having at least one opening. Also provided in the detachable connector is a pin assembly. The pin assembly includes a pin body attached to a cable sleeve having a groove extending throughout its circumference. The pin body is inserted into the open end of the socket assembly's chamber. A cylindrical metal contact sleeve is axially received in the chamber, the metal contact sleeve having axially spaced circumferential portions. These portions are constrained by the chamber wall. The metal contact sleeve also has detents that extend radially inward to engage the cable sleeve groove, when the pin body is received in the chamber.

Abstract: A connector element (1) comprises a dielectric sleeve (12) that axially accommodates a conductor (10), which may be female, and peripherally an outer conductor (16) including a rigid zone (160) followed by a nose (170), the solid beginning of which rests on a bearing surface (121) of the dielectric sleeve, while the subsequent slit portion of it terminates at an outer edge (180) provided with two chamfers connected by a flat side (183). This flat side assures electrical continuity, while the remainder of the nose (170) enables guidance and elastic retention in a homologous hole of the other connector, and the support surface (165) determines the coupling limit of the same connectors.

Abstract: An electrical connector (cable rod) comprising coaxial conductors and coupling means at each end thereof to enable the cable rod to be connected releasably but securely end-to-end with another substantially identical cable rod to form a rigid cable rod assembly, with electrical continuity of the inner and outer conductors being maintained over the length of the assembly, the inner conductor including a contact portion at one end retractable against a spring force exerted thereon to ensure firm axial abutment with the inner conductor of another cable rod coupled to said one end.

Abstract: A triaxial adapter assembly (10) including an inner contact (50), a pair of first dielectric sleeves (70,90), an intermediate contact (110), a pair of second dielectric sleeves (130,160) and a pair of telescoping outer contact shell member (20,30) securing the adapter assembly (10) together, for interconnecting two triaxial connectors (200,300). The inner contact (50) includes an annular collar (54) to define precisely located stop means for placement of the first sleeves (70,90) thereover, which in turn have precisely located stop surfaces to abut precisely located stop means within the intermediate contact (110). The intermediate contact (110) includes an annular collar (118) to define precisely located stop means for placement of second sleeves (130,160) thereover, which in turn have precisely located stop surfaces to abut precisely located stop means within the outer contact shells (20,30).

Abstract: A connector including a housing having a first surface and a plurality of first bores extending from the first surface for respectively receiving coaxial pins. The connector further includes a flat member made of an electrically conductive material and disposed in the housing so as to face the first bores, and first arms are formed from portions of the flat member which are associated one-to-one with the first bores for electrical connection to respective outer conductors of the coaxial pins. The connector further includes a plurality of second bores extending toward the flat member from a second surface of the housing which is opposite to the first surface for respectively receiving ground pins, and second arms formed from portions of the flat member which are associated one-to-one with the second bores for electrical connection to respective ground pins.

Abstract: The inventive pin plug connector is advantageously applied to connection of a coaxial cable for electronics, in particular, in audio and video devices. The coaxial cable for such usage comprises a core conductive line, an insulative layer covering the core line, and an outer conductive line defined of networks knitted of thinned copper lines to cover the inner insulative layer. Conventionally, the prior job of taking the network outer line from the cable was needed, but troublesome.

Abstract: An electrical adapter plug having a body insertable into a mating socket sleeve of a vehicle lighter receptacle. The plug features a pair of ideally located circumferentially-spaced, retractable contacts projecting beyond the periphery of the plug body to establish improved retention and electrical contact between the adapter plug and the receptacle. The two contacts are preferably angularly spaced on the periphery of the plug in the range of about 20.degree. to 150.degree.. Means are located on the periphery of the plug body generally opposite the pair of contacts symmetrically disposed on or about a line which bisects the space angle between the two contacts. Three different embodiments of these means are shown, namely, a groove, a flat surface, and an elongated deformation. All of these embodiments cooperate with the spaced contacts to improve retention.

Abstract: A unitary three-vane support bead (30) detunes the lowest-frequency transverse cavity modes, forcing resonances toward higher frequencies. Its impedance, compared with that of prior solid beads, is closer to the impedance of an air line. The bead is injection-molded in place, with a radial boss (35) at the radially outer end of each vane (32). Three apertures (14) in the outer conductor (11) capture the bosses, for economical but secure mounting; in fabrication these three apertures serve as injection gates. On its end (29) facing a mating device (65, 65f), the central conductor (21) has an axial bore (26) that holds a cylindrical sheet-metal spring (50). The outward-facing edge (56) of this spring protrudes slightly from the bore and is trimmed to form three distinct contact areas (52), each of relatively small circumferential extent, for kinematically stable engagement with the mating-device central pin (65).

Abstract: A multiple contact coaxial shell connector combines coaxial, shielded, and multiple contacts in a single connector which need not have angular orientation before mating. The connector is formed by a post, shell, and connector body. The post is formed as an insulating contact-carrying post having multiple electrical contact bands spaced along the length of the post. The post is surrounded by one or more shells, where each shell is formed as an insulating contact-carrying shell coaxially encircling and spaced from the post, each shell having multiple electrical contact rings spaced along the length of the shell. The shell can also contain a encircling shielding layer. The post and shell are mounted at one end to a connector body, leaving the other end open for access to the multiple contacts by a matching socket. The socket has complementary recesses to mate to the connector post and shell, and has leaf spring contacts to contact the multiple contact rings and bands of the post and shell.

Abstract: A connector for connecting an electrical signal transmitting cable to a corresponding jack and including a cylindrical base member having an end for receiving the cable. A sleeve forms an extension of the other end of the base member and is adapted to engage over a corresponding flange of the jack. The sleeve is formed by a plurality of angled segments. A pin projects from the second end and is adapted to extend in a corresponding socket of the jack.

Abstract: A coaxial electrical connector, particularly suited for high frequency "blind-mate" connections, remotely located connections, multiple connector assemblies and quick connect/disconnect applications, having two mating plug halves, each plug having an inner conductor, an outer conductor and a dielectric spacer therebetween, the inner and outer conductor on each plug being of unequal lengths such that one projects beyond the other; the longer inner conductor from one plug and the longer outer conductor from the other plug being designed to overlap each other when the connector is first electrically connected and only partially engaged, thereby defining an overlap region; the inner and outer conductors being shaped and the dielectric material of the spacers being chosen such that along the axis of the partially engaged connector, particularly in the overlap region, the effective outer diameter of the inner conductor ("d") and the effective inner diameter of the outer conductor ("D") and the dielectric constant o

Abstract: An electrical connector having inner and outer conductors along with a sleeve therebetween. The outer conductor has an inwardly directed annular ridge adapted to interlock with an annular recess in the sleeve. In order to maintain contact between the recess of the sleeve and the annular ridge of the outer conductor with changes in temperature, the length of the ridge is related to the diameter of the sleeve at each point along the slope of the beveled wall of the ridge by the equation L=D tan .theta.. In a second version of the invention described herein there is an assymetrical connector in which the opposed beveled end walls of the respective body and sleeve are defined by frusto-conic surfaces of cones each having a common vertex preferably disposed on the connector longitudinal axis.

Abstract: A contact for crimp termination to a twinaxial cable is disclosed. The contact includes an outer assembly and an intermediate/inner assembly concentrically disposed within the outer assembly. The intermediate/inner assembly includes a concentric arrangement of permanently affixed components for receiving the two conductors of the twinaxial cable, and for retaining said conductors to effect the termination.

Abstract: A cinch plug for connection to an electrical cable in audio or video systems has a contact pin and surrounding contact bushing each of which are formed of curved circumferentially disposed axially extending contact springs.

Abstract: For use on individual coaxial and twin axial cables, a shield integrated contact connector with housing and retention means is provided for pluggability onto an array of closely spaced standard male pins in rows on printed circuit boards and other high density grouped signal transmittal configurations. It features signal fidelity through the connector while maintaining compatability with high density mass pluggable signal requirements.

Abstract: A coaxial right-angle plug connector includes a "clean" right-angle inner contact member having a continuous insulative cover molded therearound including the bend to be self-retaining thereon and to have consistently concentric coaxial outer surfaces, with larger diameter cover portions around the portion within the conductive housing. The front horizontal contact portion and the outer contact therearound mate with contact means of conventional receptacle connectors, while the vertical portion of the inner contact descends from the housing near the front thereof reducing the length of the signal path and lessening reflection.