IS-4 lead to PSA interface cable
A universal cable connector for detachably connecting a stimulation lead to a system analyzer includes a nonconductive connector block for releasably receiving and holding fixed a proximate contact electrically in continuity with a distal electrode, a cable for selectively electrically interconnecting the proximate contact and the system analyzer, and a switch mechanism for selectively connecting electrically the system analyzer cable with the proximate contact thereby enabling the system analyzer to determine the efficacy of the chosen body tissue site. The connector block includes a nest region for receiving the proximal end of the lead and the switch mechanism includes a switch contact electrically engaged with the cable and movable between a first position disengaged from an associated and selected exposed proximate contact and a second position engaged with the proximate contact for electrically connecting the distal electrode to the system analyzer.
1. A universal cable connector for detachably connecting an implanted stimulation lead to a patient system analyzer (PSA), the cable connector comprising:
a nonconductive connector block configured to releasably receive and hold fixed a proximal end of the implanted lead including at least one proximate contact electrically in continuity with a distal electrode at the distal end of the implanted lead;
a PSA cable configured to selectively electrically interconnect each proximate contact and the PSA; and
a connector mechanism configured to electrically connect the PSA cable with at least one proximate contact thereby enabling the PSA to determine the efficacy of the chosen body tissue site.
2. The cable connector as set forth in claim 1
wherein the connector block is composed of sterilizable materials.
3. The cable connector as set forth in claim 1
wherein the PSA cable is detachable from the connector block.
4. The cable connector as set forth claim 1
wherein the connector block is disposable.
5. The cable connector as set forth claim 1
wherein the connector block includes:
a nest region for receiving the proximal end of the implanted lead;
an upper housing;
a lower housing with a nest region for receiving the proximal end of the implanted lead;
a hinge mechanism pivotally mounting the upper housing and the lower housing for relative movement between a raised position whereat the upper housing is distant from the nest region and a lowered position whereat the upper housing is proximate the nest region;
a resilient member biasing the upper housing toward the lowered position; and
a housing contact mounted on the upper housing engaged with the exposed at least one proximate contact of the implanted lead when the upper housing is in the lowered position.