Reducing the overall height and size of an assembly requires increased integration of functionalities into the printed circuit board. Based on conductive polymers, flat components such as robust contact areas, intelligent connection systems or complex resistors can be realized on the inner and outer layers.
Printed polymer technology can be used to realize the following components and applications:
The latter can be placed on the inner and outer layers. The possible applications range from pull-up/pull-down resistors to voltage dividers, potentiometers, pulse resistors and heaters.
This technology is used in the automotive, medical, building, household and security technology sectors as well as in commercial vehicles.
Printed polymer technology can be used to realize the following components and applications: Keyboards, switches and resistors. The latter can be placed on the inner and outer layers. Possible applications range from pull-up/pull-down resistors to voltage dividers, potentiometers, pulse resistors and heaters.
This technology is used in
Modern printed circuit board solutions are more than just connecting elements. They are the key to progress in electronics. With this in mind, we actively support our customers in development and also offer our own system solutions with electronic
In our Printed Polymer Design Guide you will find an overview of all variants. In addition, our specialists have summarized valuable design tips for you here. This will help you bring your application to success reliably and safely.
Take a look at the recording or the presentation of the webinar:
"Printed Polymer - an alternative to SMD assembly"
Printed polymer stands for printed, flat components with polymeric conductive pastes on or in printed circuit boards. This technology is used in applications with high reliability requirements in the automotive, commercial vehicle, medical technology, mechanical engineering and building and safety technology sectors. In this webinar, we will introduce you to our functional hand sample WE.polymer and use it to explain the wide range of applications for this technology. We will focus on resistors and heaters.
Learn more about our technologies and services. This video tutorial shows how miniaturization in PCB design can be implemented using printed resistors (printed polymer). This results in highly reliable PCBs and assemblies in automotive electronics.
This video tutorial is an excerpt from our webinar "HDI Microvia - High Performance PCB System Moves the Masses".