The PCB as a solution space
Schweizer offers a range of valuable consulting and other services relating to the development and production of your PCB solutions. Our competent team can support and help you extensively and in accordance with your needs for layout and simulation issues and with laboratory services.
Take a look at our tutorials and Webinars. Get to know the technology portfolio of Schweizer even better and expand your knowledge of PCB technologies.
Webinars on your technology or custom topic on request at: firstname.lastname@example.org
We'd be happy to provide you with information about further public Webinars and dates here.
Design rule check
Our software-based design rule check is a preparatory step that determines whether your layout data can be plausibly and reliably fabricated. It detects design rule violations and potential weaknesses with regard to function and production in advance. Together with your employees, we'll optimise your layout to ensure the best possible results.
Lay-up and use of technology
In accordance with your specifications about thermal and electrical requirements, our experienced technicians and engineers will provide you with advice on your lay-up, choice of material, and technology usage. Especially in the area of high-current and high-frequency circuit, there is considerable potential for performance and cost optimization.
Heat management/thermal simulation/current load capacity
SCHWEIZER works continuously with different technological approaches to optimise heat management in PCBs. We know what it's all about, and we're happy to help you to find the best solution for your application. Benefit from our skill and from ultra-modern simulation tools and measurement lay-ups.
Impedance calculations and HF adjustments
Having an impedance-optimised circuit design is becoming increasingly important, and it's now a decisive factor of success for many applications. With our calculation and simulation software, we are able to calculate and simulate the impedance behaviour of even complex lay-ups using various methods and models. This enables the optimum adjustment of your layout in line with impedance requirements with due consideration of production tolerances.