BATTERIES
long line of innovative products. As well as running on AC mains (if needed), the power system can convert DC power from up to two 276.5Wh batteries into a reliable AC supply to power desktop computers, printers, scanners and more. The batteries are connected to the power system via docking cradles that tilt to allow one- handed battery hot-swap. The power system also contains an integrated hold-up battery that while operators swap out the the computer or instrument on the cart functions continuously as though it is plugged into a wall outlet even batteries might be being swapped out.
Varying power needs
In addition to medical carts that power desktop computers, there are now pole and mobile carts in the marketplace that power tablets and lightweight laptops. Not only do these small portable computers consume less power than traditional desktop
computers, but they can also be powered via USB-C connections rather than released the X5-LITE charging solution, a battery cradle that attaches to the pole and mobile cart. It has USB-C ports in its base that connect to tablet computers and other USB-C compatible devices. When a 276.5Wh battery is inserted into the cradle, the X5- LITE uses it to charge the devices. The X5-LITE can also be as a depleted battery can be charged one.
It does not matter which type of cart or power solution you use. They are all invaluable in modern healthcare facilities, helping nurses to manage electronic record-keeping important to consider power, and batteries can provide a reliable, uninterrupted supply. For more information on power systems for healthcare and medical applications, visit the Ultralife website https://www.
ultralifecorporation.com/markets#Medical
Choosing the right charger for
your Lithium-ion batteries By Dag Pedersen, marketing manager, Mascot AS
T
he optimal performance of Lithium-ion (Li-ion) batteries can be impacted heavily by its charger. Manufacturers enforce precise charge settings to ensure safety and performance. Unlike other chemistries, Li-Ion batteries cannot accept overcharge. The sheer volume of charging standards, power varieties, cables and what follows are key considerations to help you to make the right decision for your application.
The charging method itself is important: choosing the correct method of charging will ensure your batteries perform when needed and last as long as possible. Selecting the right charger is therefore as vital a decision as the choice of battery type. The direct current from the charger must
direct current (DC) circuit will receive power directly from the charger whilst in operation. When taking into account business-critical
of making the correct buying decision cannot be overstated. You may need a battery charger with universal input (90V
Continued on page 16 SEPTEMBER 2025 | ELECTRONICS TODAY 15
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