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SMT POWER JUMPERS
SMT Power Jumpers
3D PCB CrossoversBoard-level high-current crossovers for routing clearance and automated reflow assembly, assessed by span, standoff height, pad width, material and electrical duty.
Start product inquiry→Part / drawing / sample review
SELECTION INPUTS
Define these parameters first.
Verified models, ranges and technical files can be added in the CMS. These fields help customers prepare a useful RFQ.
- 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
ENGINEERING & MANUFACTURING
Coordination from selection to production.
Pick-and-place and reflow integration
Span, standoff and cooling-space coordination
Standard-length selection and custom review
APPLICATIONS
Place the part in its real current path.
BMS & battery packs
High-current crossover above signal routes
Inverter control
Local current reinforcement and 3D routing
Switching power
Potential replacement for selected hand-soldered wires
PROJECT FAQ
PROJECT FAQ
How is this different from a zero-ohm jumper?+
A power jumper provides a substantially larger conductive cross-section and controlled standoff space.
Can it replace hand-soldered wire?+
Replacement is assessed after current, temperature, strength, pad and reflow validation.
RFQ
Have a part number, drawing or sample?
Share the current part, critical dimensions, target current and estimated volume for product matching and manufacturability review.