USB Charger, USB C Charger industry technology including PD 3.0, PD 2.0, QC 3.0 etc different fast charging protocol news.
A good wireless charging air gap decision is rarely made from wattage or dimensions alone. The production result depends on how electrical, magnetic, mechanical and thermal limits meet in the final assembly. In this case, small mechanical.
Air Gap and Cover Material in Wireless Charging: What Changes on the Bench Read More »
When an OEM asks us about wireless charging receiver coil, the first useful question is not “Which board is available?” It is “What must the finished product prove?” The answer matters because a receiver has to fit a small product while.
Choosing an RX Coil for a Compact Embedded Product Read More »
wireless charging transmitter design is easy to reduce to one attractive specification. In an actual product, however, it sits inside the transmitter must turn an imperfect real-world DC input into controlled magnetic power without.
Wireless Charging Transmitter Architecture: From DC Input to TX Coil Read More »
Qi certified vs Qi compatible can solve a real product problem, but only when the complete charging path is engineered. From the factory side, we look past the first successful charge and ask whether the same result can be repeated across.
Qi Certified, Qi2 Ready and Qi Compatible: What Buyers Should Verify Read More »
A furniture charger is a product-plus-installation system. Surface thickness, air gap, mounting tolerance, heat and service access decide whether it works after the table leaves the showroom.
How to Integrate a Wireless Charger into Furniture Without Sacrificing Performance Read More »
An in-cabin charger must keep working through heat, vibration, voltage events and phone movement. Nominal wattage is only one line in the automotive design brief.
In-Cabin Wireless Charging Design: The Issues Beyond Nominal Wattage Read More »