Gold in Electronics
Contacts, connectors, boards, packages and sensors where stable surfaces matter.
Contacts, connectors, boards, semiconductors, RF, telecom, wearables and industrial electronics.
Contacts, connectors, boards, packages and sensors where stable surfaces matter.
Stable low-resistance contact surfaces for selected high-reliability interfaces.
How thin contact finishes support separable electrical connections.
Why gold is normally one layer in a multi-material connector stack.
Why a corrosion-resistant surface can still have mechanical wear limits.
How gold-containing finishes protect selected PCB surfaces and interfaces.
Why removable cards and modules use durable contact fingers.
Fine-wire interconnects in selected semiconductor packaging systems.
Small engineered surfaces for chip, sensor and package interconnects.
Bond wires, package finishes and specialized interconnect systems.
Selected high-reliability interfaces between semiconductor dies and packages.
Tiny pads, contacts, films and package interfaces that use very little gold.
Patterned electrodes and interconnects in specialized devices.
Why gold is usually a selective interface material rather than a bulk conductor.
Specialized filled materials used in packaging and sensor systems.
How gold finishes interact with complete solder and metallization systems.
High-reliability contacts and interfaces in network hardware.
Thin films, connectors and package surfaces for high-frequency systems.
Microfabricated and flexible antenna structures using thin metallization.
Small amounts of gold across dense server and network electronics.
Contacts and electronics supporting storage devices rather than the storage medium itself.
Small contacts, sensors and flexible structures in compact electronics.
Thin ductile films in bendable circuits and research devices.
Reliable contacts and electronics in controllers, sensors and industrial machines.