Segmented unit cells on flexible substrates achieve wide dielectric ranges, resolving the trade-off between broadband performance and structural weight.
A modular battery charger controller uses programmable algorithms to support multiple battery chemistries.
A sensor feed-through assembly uses resilient elastomeric grommets to create airtight seals around multiple wires of varying diameters.
A wiring board embeds decoupling capacitors within substrate layers to reduce impedance and secure chip connections.
Separating a glass carrier from a polyimide thin film reduces panel thickness while maintaining heat and chemical resistance.
A pluggable module shell integrates thumbscrews with torque limiters to secure the device to a host connector.
Output window design uses intermediate dielectric layer supported by pillars and corbels to enable simultaneous brazing.
Non-equidistant magnetic pole arrangements simplify coil winding and reduce production costs while increasing resolution without complicating commutation circuits.
A mounting system controller updates substrate formats to correct positional deviations in electronic components.