(57) In electrical connector (2) is shown having an insulative housing (4) with a plurality
of terminal receiving passages (24), the passageways extending from a lower surface
(34) to a position proximate to an upper face (16). A plurality of electrical terminals
(70) are disposed within the passageways (24) where posts (86) extend from the lower
face (34) for contacting printed circuit board traces. The upper face (16) of the
housing (4) includes a plurality of conductor receiving passageways (20) which are
in alignment with conductor receiving sections (78), (82) of the electrical terminals
(70). An actuator member (50) is moveable relative to the housing and relative to
the upper face (16), the movement of the actuator member (50) opening the cable receiving
sections (78), (82) of the electrical terminals (70), while release of the actuator
member (50) causes the conductor receiving section (78), (82) to engage the exposed
conductor of the multiconductor cable for electrical connection thereto.
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