SMT holders are ideal for high-volume automated assembly but may be more susceptible to mechanical stress. Through-hole holders provide superior mechanical anchoring, making them better for devices subject to frequent drops or vibration.
Battery Holders, Clips & Contacts Component Intelligence
Select reliable retention hardware for secure power delivery and vibration resistance.
What are Battery Holders, Clips & Contacts components?
Battery holders and contacts ensure reliable power transfer between cells and PCBs. Selection depends on cell chemistry, mounting style (SMT/TH), contact material (nickel/gold plating), and mechanical retention requirements to withstand shock and vibration in the end application.
How to Choose Battery Holders, Clips & Contacts Components
Focus on mechanical integrity and electrical contact resistance when selecting retention hardware.
Mounting Style
Choose SMT for automated assembly or Through-Hole (TH) for applications requiring high mechanical pull-force resistance.
Contact Material
Gold-plated contacts offer superior corrosion resistance and lower contact resistance, while nickel-plated options are cost-effective for standard consumer use.
Vibration Tolerance
For industrial or automotive designs, prioritize holders with positive locking mechanisms or reinforced spring tension to prevent intermittent power loss.
Cell Compatibility
Verify the holder geometry matches the specific cell dimensions and chemistry to ensure proper polarity and fit.
PCB Footprint
Check the PCB layout requirements, especially for SMT holders, to ensure sufficient pad area for solder joint reliability.
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