High-Performance Polarized PCB Plastic Battery Holders

Keystone’s coil spring contacts assure proper polarity for AA and AAA battery cell applications

Image of Keystone's High-Performance Polarized PCB Plastic Battery HoldersThis series of high-performance polarized SMT and THM battery holders for cylindrical batteries have now been added to Keystone's line of battery holders. The coil spring contacts and polarized tabs are the principal design features, which assure proper polarity and tension on the installed battery. Equipped with heat resistant nylon housings, the entries are suited for traditional soldering and reflow processing. Surface mount types feature gold-plated stainless steel contacts assuring low-contact resistance and superior solder joints where lead-free soldering or reflow processes are employed. Through-hole mount versions are equipped with stainless steel contacts. Retaining covers are available for additional battery security. Holders are available to accommodate a wide-range of cylindrical batteries sizes from all major manufacturers.

Features

  • Specifically designed to firmly retain cylindrical batteries
  • Bodies are molded from UL 94V-0 rated plastics
  • Surface mount style
    • Gold flash over stainless steel for outstanding solder performance
    • Available for one and two cell applications
  • Through-hole mount style
    • Nickel over stainless steel for superior soldering
    • Snap-in PC contacts hold firmly during the soldering process

High-Performance Polarized PCB Plastic Battery Holders

ImageManufacturer Part NumberDescriptionAvailable Quantity
BATT HOLDER AAA 1 CELL PC PIN1075BATT HOLDER AAA 1 CELL PC PIN0View Details
BATTERY HOLDER AAA SMD TAB1076BATTERY HOLDER AAA SMD TAB57 - ImmediateView Details
BATTERY HOLDER AAA 2 CELL PC PIN1077BATTERY HOLDER AAA 2 CELL PC PIN1170 - Immediate
175 - Factory Stock
View Details
BATT HOLDER AAA 2 CELL SMD1078BATT HOLDER AAA 2 CELL SMD534 - ImmediateView Details
BATT HOLDER AA 1 CELL PC PIN1087BATT HOLDER AA 1 CELL PC PIN2885 - ImmediateView Details
Published: 2015-06-08