The antenna is connected to a radio frequency (RF) interconnection cable.
A remote interconnection cable provides connection between cable remote ends, and the building ground circuit concurrently providing a means to prevent engagement with the energized AC circuits.
The interconnection cable (12) is protected within a telescopic arm (11) that is extendable from the base unit (15).
The transceiver also has a second connector for connection to an interconnection cable compatible with a second communications signal standard.
The unitary chassis provides interconnecting cable for connecting up to four corresponding display terminals and keyboards.
Further, the invention relates to an interconnecting cable having a link connector of the above-mentioned type at each end.
The chassis provides interconnecting cable for connecting up to four corresponding display terminals and keyboards.
A contact is held within the pocket and is configured to join a power, signal or ground cable.
A wiring cable (CB) is disposed so as to bridge the first arm (13) and the second arm (15).
The invention relates to a measuring device (1) comprising an exchangeable sensor (2, 4) with a permanently connected signal cable (5) and with a cable-end connector plug for transmitting a sensor signal.
The interconnect cable also houses the resistors (47) or other elements which identify the type of probe, monitor manufacturer or actual emitter wavelengths.
The wiring cable (CB) is inserted through the through-hole (59h) and disposed so as to bridge the first arm (13) and the second arm (15).
A flexible interconnect cable is manufactured by a method that includes providing a core, and wrapping a conductive shield element about the core.
In a preferred embodiment, an audio signal interconnect cable includes at least two thin, flat conductors (10) and a flexible jacket (40) surrounding the at least two thin flat, conductors.
The connector end (25) of the interconnect cable also houses a plurality of emitters which are directed through the window or aperture in the probe end in order to illuminate the patient.
A two-piece probe having a universal probe end (10), and an interconnect cable segment (28) provides for the use of the universal probe end (10) with a variety of different photoplethysmographic devices.
The particular outer shaping of the sheaths of the main strand affords the advantage that the flat webbed connection runs approximately parallel to the contact surface of the cable, thus facilitating the mounting of the cable.
An Optical - fiber interconnect cable (10) includes one or more optical fibres (12) and one or more electrical conductors (14) surrounded by an outer jacket.
The present invention relates to a communications network in which one or more of the primary nodes (or PCPs) are connected to the core nodes by a fibre interconnect cable, which bypasses the local exchanges.