How does the SMT pad geometry compare to the Keystone 1076N?

The JT-BC-AAA-1076N acts as a direct footprint replacement. It features an identical 6.35 mm x 5.08 mm 90-degree bent solder pad with a central wicking slot, ensuring a 1:1 match for your existing PCB land patterns.

What prevents tension loss in this negative SMT contact?

We deploy a highly resilient Ø0.50 mm music wire helical spring. This ensures constant cathode tension against the battery and effectively resists metal fatigue even after hundreds of battery replacement cycles.

Are unverified 3D CAD files distributed for this SMT component?

No. To guarantee reflow soldering success and prevent footprint misalignment, we strictly provide official 2D Footprint Specs and technical PDFs. These are issued by our engineering team within 12 hours upon request.

Keystone 1076N Alternative | SMT Negative Battery Contact

⚠️ Critical NPI Compliance Directive

SMT reflow failures and pad misalignments frequently originate from unverified 3D models. To ensure automated assembly yield, our protocols strictly prohibit the online distribution of digital CAD files. Validate your SMT land patterns accurately by submitting your board constraints to our NPI Engineering Queue. We will dispatch dimensionally controlled 2D Footprint Specs and matched PDF layouts within 12 working hours.

Longitudinal Tolerance & 1:1 Pad Matching

Managing dimensional variations across multiple cylindrical cell formats (AAA, AAAA, N, A23, A27) demands components with superior compression recovery. The JIATEL JT-BC-AAA-1076N is a direct SMT footprint replacement for the Keystone 1076N, designed specifically to absorb longitudinal cell tolerance while maintaining unbroken electrical continuity.

✅ Target Alternative: 1:1 footprint match for Keystone 1076N
✅ SMT Geometry: 6.35 mm x 5.08 mm base pad
✅ Structural Design: 90° bent angle for vertical cell alignment
✅ Board Adhesion: 3.43 mm x 1.57 mm solder wicking slot

Spring Fatigue Extremes & Metallurgy

To prevent cathode tension loss after repeated battery insertion cycles, we engineer the negative terminal using a helical spring wound from Ø0.50 mm music wire. This component exhibits extreme resistance to metal fatigue.

⚙️ Base Architecture: Rigid T=0.30 mm Stainless Steel
⚙️ Tension Element: Ø0.50 mm Music Wire Spring
⚙️ Thermal Profile: Optimized for automated lead-free reflow
⚙️ Surface Finish: Full Nickel Plating for superior solder paste wettability and oxidation resistance