摘要:
The invention relates to an electrical connector with quick-acting lock, having a first connecting element (1), a second connecting element (2), a locking ring (3) and an unlocking sleeve (7). The first connecting element (1) is fitted with an outer peripheral groove (5). The locking ring (3) is fixed to the second connecting element (2) by means of an inner peripheral groove (6). Locking tabs (4) radially oriented inwards and inclined in the direction of insertion (X) of the first connecting element (1) are also formed on the locking ring (3). Said locking tabs (4) elastically penetrate the groove (5) on the first connecting element when the connector is locked. The unlocking sleeve (7) can be displaced axially on the second connecting element (2). Said unlocking sleeve (7) has a cylindrical unlocking organ (8) projecting in the direction of insertion (X) of the first connecting element (1). The free ends of the locking tabs (4) may be pressed outwards by means of the unlocking organ (8). The locking ring (3) is disc-shaped and has a substantially small closed form.
摘要:
The invention relates to an electric component for printed boards, especially an HF coaxial connector. According to the invention, the housing (1) of the component is fixed on the printed board (7) by way of solder joints between the SMD soldered connections provided on the bottom part (6) of said housing and respective soldered connections on the printed circuit. Said housing (1) has several solderable bolts (11) on its bottom part (6) for additionally fixing the housing to the printed circuit board (7). Said bolts engage with the continuous contacting bolt holes (12) assigned to them on the circuit board (7) and are soldered in said bolts.
摘要:
The invention relates to an electrical connector with quick-acting lock, having a first connecting element (1), a second connecting element (2), a locking ring (3) and an unlocking sleeve (7). The first connecting element (1) is fitted with an outer peripheral groove (5). The locking ring (3) is fixed to the second connecting element (2) by means of an inner peripheral groove (6). Locking tabs (4) radially oriented inwards and inclined in the direction of insertion (X) of the first connecting element (1) are also formed on the locking ring (3). Said locking tabs (4) elastically penetrate the groove (5) on the first connecting element when the connector is locked. The unlocking sleeve (7) can be displaced axially on the second connecting element (2). Said unlocking sleeve (7) has a cylindrical unlocking organ (8) projecting in the direction of insertion (X) of the first connecting element (1). The free ends of the locking tabs (4) may be pressed outwards by means of the unlocking organ (8). The locking ring (3) is disc-shaped and has a substantially small closed form.
摘要:
The invention relates to a connector for HF lines for contacting the outer conductor (8) of the HF line (3) by means of an insulation displacement connector having at least one pair of opposite cutting edges (2), whereby the opposite cutting edges (2) are staggered in the longitudinal axial direction of the outer conductor (8).
摘要:
The invention relates to an HF right-angle coaxial connector element in the form of a printed board component. Said connector element comprises an electroconductive housing (2) with connections at the printed board end. A right-angle coaxial connection line (3) is integrated into said housing. The central carrier wire of the coaxial connection line (3) consists of two straight central carrier wire elements (7, 8), namely a central carrier wire element (7) at the plug end and a central carrier wire element (8) at the printed board end. Said central carrier wire elements are interconnected via a clamping joint inside the single-piece housing (2). A cross-sectional contraction (10) is configured at the central carrier wire element (7) at the plug end and a clamping slot (12) which is open towards the top is configured at the printed board end of the central carrier wire element. The clamping connection is established by sliding the clamping slot (12) at the printed board end of the central carrier wire element (8) onto the cross-sectional contraction (10) at the plug part of the central carrier wire element (7).
摘要:
The invention relates to an HF coaxial plug-in connector for transmitting high-frequency electromagnetic waves, comprising a housing (8, 9, 13, 14, 47), at least one internal contact (4, 6, 48), and an external contact arranged coaxially around the internal contact (4, 6, 48). The housing (8, 9, 13, 14, 47) is configured as an injection-moulded plastic part and has a wall area made of plastic and arranged coaxially around the internal contact (4, 6, 48). At least the inner wall facing the internal contact (4, 6, 48) is provided with a metallizing layer (30). Said plug-in connector is preferably designed as a multipolar connector.
摘要:
Special connection techniques are proposed for connecting the inner and outer conductors for coaxial right-angle pin-and-socket connectors and straight coaxial pin-and-socket connectors. In the case of a right-angle connector, the inner conductor of the coaxial cable is connected by the insulation displacement technique whilst the outer conductor is crimped. In the case of a straight coaxial pin-and-socket connector, the inner conductor is connected by crimping or soldering and the outer conductor is connected by the insulation displacement technique.
摘要:
The invention relates to a connector for HF lines for contacting the outer conductor (8) of the HF line (3) by means of an insulation displacement connector having at least one pair of opposite cutting edges (2), whereby the opposite cutting edges (2) are staggered in the longitudinal axial direction of the outer conductor (8).
摘要:
The invention relates to an electric component for printed boards, especially an HF coaxial connector. According to the invention, the housing (1) of the component is fixed on the printed board (7) by way of solder joints between the SMD soldered connections provided on the bottom part (6) of said housing and respective soldered connections on the printed circuit. Said housing (1) has several solderable bolts (11) on its bottom part (6) for additionally fixing the housing to the printed circuit board (7). Said bolts engage with the continuous contacting bolt holes (12) assigned to them on the circuit board (7) and are soldered in said bolts.