Logout successfull!
Indispensable for Innovations in Electronics

Passive Components

Passive components are more than just parts - they are the stabilising force behind all electronics. Whether it's precisely regulating voltage, transmitting signals without loss or protecting sensitive systems from overload, our ceramic solutions often make all the difference. Have you ever wondered how virtually non-porous surfaces or exceptional thermal conductivity can make your designs more powerful and durable? Discover with us how resistors, SMT components or fuse elements can push new boundaries in terms of reliability and efficiency.

In these circuits, in turn, resistor bodies are indispensable: they conduct the current in a precise manner to achieve a desired performance and are thus a very essential factor for stability in circuits. In addition to our cylindrical CeramCore® resistor bodies, we also offer flat, rectangular SMT components (lasered or stamped; made of Rubalit 708S® , Rubalit 710F® and Alunit®).

Coils, on the other hand, have the ability to convert electrical energy into magnetic fields and, conversely, to release the electrical energy again. Fuses, in turn, protect valuable components from overheating due to overcurrent.

A blue printed circuit board from CeramTec with passive components.

Technical ceramics are once again convincing as a material for passive components due to their outstanding properties. Particularly noteworthy in this context is the possibility to realise almost one hundred percent pore-free surfaces. Furthermore, technical ceramics are characterised by excellent electronic insulating properties, high strength and thermal conductivity.

For the SMD reflow soldering process of passive components, the bending strength and the fracture toughness are important. In the pick & place assembly process of passive components, the geometry (length, width and thickness) of the support bodies and the flatness are of high relevance.

We look forward to hearing from you

Get in touch with us

Contact