Battery Guide
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ER14505 + HPC vs ER18505 + HPC vs ER34615 + HPC for IoT
ER14505 + HPC vs ER18505 + HPC vs ER34615 + HPC: Which Battery Pack Fits Your IoT Device? ER14505, ER18505 and ER34615 lithium thionyl chloride batteries can all be paired with a Hybrid Pulse Capacitor to support IoT devices that combine long standby periods with short, high-current communicat...Read more -
1S2P vs 1S4P vs 1S6P Li-SOCl2 Battery Packs: Capacity, Current Sharing & Cell Matching
1S2P vs 1S4P vs 1S6P Li-SOCl2 Battery Packs: Capacity, Current Sharing & Cell Matching Choosing between a 1S2P, 1S4P and 1S6P Li-SOCl2 battery pack is not only a question of adding more capacity. All three configurations can maintain the nominal voltage of one lithium thionyl chloride cell...Read more -
Battery Selection for Subsea Sensors: Li-SOCl2, Runtime, Temperature & Pulse Loads
Battery Selection for Subsea Sensors: Li-SOCl2, Runtime, Temperature & Pulse Loads Battery selection for subsea sensors is not simply a search for the highest amp-hour rating. An underwater instrument may sleep at microamp-level current for most of a deployment, then demand a much larger b...Read more -
Primary Lithium Battery Storage and Inventory Management Guide for OEM Buyers
Primary Lithium Battery Storage and Inventory Management Guide for OEM Buyers Primary lithium battery inventory needs more control than a shelf, a quantity count, and a first-in-first-out rule. OEM buyers must preserve product identity, storage history, remaining qualified life, packaging inte...Read more -
Primary Lithium Battery Testing: What OEM Engineers Should Verify Before Mass Production
Primary Lithium Battery Testing: What OEM Engineers Should Verify Before Mass Production A primary lithium battery can pass a supplier datasheet check and still fail inside the finished product. The difference is system validation: confirming that the exact production-intent cell or pack, conn...Read more -
Custom Primary Lithium Battery Solutions: From Customer Requirements to Mass Production
Custom Primary Lithium Battery Solutions: From Customer Requirements to Mass Production A custom primary lithium battery project succeeds when the finished pack works in the real device, survives its actual environment, and can be reproduced consistently at production volume. That requires mor...Read more -
PLC & CNC Backup Battery Guide: ER14250 vs ER14505
Industrial Controller Battery Selection Guide PLC & CNC Memory Backup Battery Guide: ER14250 vs ER14505 Li-SOCl2 Batteries ER14250 and ER14505 are both 3.6V lithium thionyl chloride batteries used in long-life, low-current applications. This guide explains how maintenance teams and OEM bu...Read more -
Li-SOCl2 Battery Shelf Life vs Service Life
OEM Battery Storage and Lifecycle Planning Guide Li-SOCl2 Battery Shelf Life vs Service Life: Storage Time, Temperature, Passivation and OEM Inventory Planning Li-SOCl2 batteries are known for long storage capability, but shelf life and service life are not interchangeable. OEM teams must acc...Read more -
Li-SOCl2 Battery Field Failure Troubleshooting: Why Devices Reset, Brown Out or Fail to Transmit
Li-SOCl2 Engineering Troubleshooting Guide Li-SOCl2 Battery Field Failure Troubleshooting: Why Devices Reset, Brown Out or Fail to Transmit A Li-SOCl2-powered device can show a normal battery voltage and still reset when its modem transmits. This practical troubleshooting workflow helps engin...Read more -
How to Read a Li-SOCl2 Battery Datasheet: Capacity, Cut-Off Voltage, Pulse Current & Test Conditions
How to Read a Li-SOCl2 Battery Datasheet: Capacity, Cut-Off Voltage, Pulse Current & Test Conditions An engineering guide for OEM designers, procurement teams, and industrial battery validation A lithium thionyl chloride battery datasheet can look simple: nominal voltage, capacity, maxim...Read more -
Industrial Data Logger Battery Guide: ER14505 vs ER26500 vs ER34615
Industrial Data Logger Battery Guide: ER14505 vs ER26500 vs ER34615 Engineering selection guide for OEM data loggers, remote monitoring nodes, and unattended industrial instruments The right industrial data logger battery is not simply the cell with the highest capacity. It is the smallest b...Read more -
Li-SOCl2 für Vibrationssensoren: FFT, Funk und Laufzeit
Li-SOCl2 für Vibrationssensoren: FFT, Funk und Laufzeit Drahtlose Vibrationssensoren überwachen Lager, Motoren, Pumpen, Lüfter und Getriebe oft an schwer zugänglichen Stellen. Sie schlafen lange, erfassen dann hochfrequente Messdaten, berechnen Kennwerte oder Spektren und übertragen Ergebnisse...Read more
