At MARPOS, we specialize in designing printed circuits with regard to the latest technological trends and customer requirements. Our services include comprehensive PCB analysis, design, and optimization to ensure that the final product is not only functional, but also efficient and economical. To do this, we use the latest software tools and design techniques, ensuring that our PCBs not only meet today's standards, but are also ready for future challenges.
The printed circuit board (PCB) design process is carefully managed according to prior consultation and includes the analysis of drawings, schematics, component specifications and other customer requirements. Quality printed circuit board (PCB) design is a crucial step in the development of electronic devices, ensuring the correct placement and interconnection of electronic components on the PCB for optimal device functionality and reliability.
Our experienced staff are here to provide you with the best solution for your product. Their many years of knowledge of production processes ensure efficiency in terms of both cost and time. We design printed circuits, including panelization, for production, mounting and machine soldering. A properly designed PCB is a key element in reducing the overall manufacturing cost of a product.
You discuss your requirements and project specifications with the PCB designer. This includes the type of equipment, the number of components, the layout of the components, the requirements for the size of the board, the voltage range and other technical requirements.
The designer creates a schematic and a block diagram detailing how all the components on the board will be connected, including electrical connections, signal paths, and power distribution.
A PCB can be made of a variety of materials. So the PCB design contains recommendations on the appropriate material for your project. Different materials have different electrical properties and resistance to heat and moisture.
The designer carefully lays out the components on the board to minimize interference and guarantee the proper operation of the device. This includes the correct placement of connectors, heatsinks and other components.
The connection paths must be optimized to minimize impedance and signal interference. It is also important to ensure the correct routing of the links and a sufficient width of paths for the transmission of signals.
In this step, information is also added to the offer about what procedures and technologies will be used in PCB manufacturing, including layering, soldering, and testing.
The final detailed offer includes the total estimated cost of the PCB design, including project completion deadlines.
Thanks to many years of experience, we are able to solve any challenges related to PCB design. Our designers are able to respond quickly and adapt to the individual needs of clients.
The comprehensive offer is detailed and includes all the necessary information to create a high-quality PCB for your project.
Do you have questions, comments or are you just curious? We are here for you! Contact us through the channels below or using the form.
