Precision PCB Fabrication, High-Frequency PCB, High-Speed PCB, Standard PCB, Multilayer PCB and PCB Assembly. The most reliable PCB&PCBA custom service factory
Precision PCB Fabrication, High-Frequency PCB, High-Speed PCB, Standard PCB, Multilayer PCB and PCB Assembly. The most reliable PCB&PCBA custom service factory
The core difference between single-sided PCB and double-sided PCB lies in trace layout structure. A single-sided PCB contains conductive circuits on only one layer, while a double-sided PCB allows circuit routing on both top and bottom layers. Electrical interconnection between upper and lower traces is realized through metallized vias.
In terms of manufacturing workflow, double-sided PCB requires an additional electroless copper deposition process compared with single-sided boards. This critical copper sinking treatment ensures stable electrical conduction between two side circuits, which is the key technical difference in production.
Maxipcb is a high-tech enterprise specialized in the R&D and mass production of high-end printed circuit boards. We have independently launched an industry-leading automatic PCB quotation and online ordering system. Centering on the "Internet + intelligent manufacturing" strategy, we are committed to building Industry 4.0 smart PCB factories, delivering professional customized PCB manufacturing and comprehensive technical support for global customers.
Combined stacking of high-frequency materials and conventional FR4 laminates to balance performance and cost:
RO4350B + FR4, RO4350B + IT180, RO4003C + FR4, RO3010 + FR4, RO3003 + FR4.
RF Microwave PCB Application Fields
High-frequency microwave PCBs are widely deployed across multiple industries, including consumer electronics, aerospace & military systems, high-power equipment, medical devices, automotive electronics and industrial control facilities.
The standard overall thickness tolerance is ±10%. The tolerance range varies accordingly with board thickness: thinner PCBs feature tighter dimensional tolerance, while thicker boards allow reasonable tolerance deviation to ensure production feasibility and structural stability.