Lithium Vertical Battery Holders suit single board computers.
March 16, 2010 -
Designed for CR1632, BR1632, or DL1632 size batteries, Series BV-1632 and BV-1632-G require less than 14 mm in height on top of PCB and measure 19 mm long and 5 mm thick. Coin cell holders snap on to standard 0.062 in. thick PCBs using 3 plastic latches and 4 solder points for stability. Units feature glass filled nylon plastic body, and positive and negative contacts made of phos-bronze with nickel or gold over nickel plating.
(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)
Original Press release
Memory Protection Devices
200 Broadhollow Rd.
Farmingdale, NY, 11735
USA
CR1632 Coin Cell Battery Holders
MPD is introducing P/N's BV-1632 & BV-1632-G, two lithium vertical battery holders for CR1632, BR1632 or DL1632 size batteries. The BV-1632 and BV-1632-G are particularly suitable for single board computers with tight space constraints. Designed to be as compact as possible but to withstand harsh environments where SBC's are sometimes found.
Requiring less than 14 mm in height on top of the PCB and under 19 mm long - 5 mm thick. Typically CR2032 vertical battery holders range from 23 to 26 mm above the PCB. A cutout into the PCB is used to sink the holder with battery slightly. The holder snaps onto standard 0.062" thick PCBs using three plastic latches and four solder points to assured stability under any conditions.
The plastic body is glass filled nylon and the positive and negative contacts are phos-bronze with nickel or gold over nickel plating. The battery is retained by the positive contact that slips two latches over the top of it and slides aside to release the battery. Battery contacts feature redundant arms pressing against the battery to assure years of trouble free operation while keeping a tight connection. Battery changes are made without tools or instructions due to the intuitive design.
Web link: http://batteryholders.com/PBT_Coin_cell.shtml
From further information contact Tom Blaha, 631-249-0001
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