QHow is this different from a zero-ohm jumper?
A power jumper provides a substantially larger conductive cross-section and controlled standoff space.
SMT POWER JUMPERS
Board-level high-current crossovers for routing clearance and automated reflow assembly, assessed by span, standoff height, pad width, material and electrical duty.
This page describes a product family and selection inputs. Confirm current rating, temperature rise, tolerances, certification scope and lead time against the selected part, drawing and valid records. Illustrations are not product or factory evidence. Cu-Al figures come from supplied material documents and apply only to their samples and conditions, not a blanket certification or system cost guarantee.

Standardized replacement models and customized dimensions tailored to your PCB footprint and thermal budget.
| Engineering Dimension | Specification & Standard |
|---|---|
| Product forms | Bridge-style SMT jumpers and board-level power links |
| Key dimensions | Span, overall length, standoff height and pad width |
| Material & finish | Copper alloy or high-conductivity copper with solderable finish |
| Packaging | Bulk or SMT tape-and-reel |
| RFQ inputs | Current, crossover envelope, pads, reflow profile and volume |
3D crossover for PCB routing conflicts
Pick-and-place and reflow integration
Span, standoff and cooling-space coordination
Standard-length selection and custom review
High-current crossover above signal routes
Local current reinforcement and 3D routing
Potential replacement for selected hand-soldered wires
A power jumper provides a substantially larger conductive cross-section and controlled standoff space.
Replacement is assessed after current, temperature, strength, pad and reflow validation.
Share critical dimensions, target current, assembly conditions and volume to agree the DFM review scope and project schedule.