automotive printed circuit board

High Precision Custom Rigid PCB RoHS & ISO9001 Certified PCB Manufacturer: Xingqiang provides custom double-sided rigid PCB with FR-4 base material, green solder mask, HASL surface treatment and 1.6mm standard thickness. Our PCBs feature high precision, good heat resistance and long service life. Certified with RoHS, ISO9001, we offer free DFM check, fast delivery, flexible customization and stable mass production capacity, widely used in industrial control, IoT modules and

White Oil High Density Interconnect Board for Car Electronics: A Custom HDI White Oil Automotive PCB is a high‑performance automotive circuit board that combines HDI technology with a white solder mask. HDI enables high‑density interconnections, fine lines, and microvias, allowing miniaturization and reliable high‑speed signal transmission in limited spaces. The white solder mask provides excellent light reflection—critical for LED lighting applications—and enhances the

8 layers of Black Oil Sinking Gold Thick Copper Plate PCB An 8-layer black solder mask immersion gold PCB is a high-density integrated circuit board composed of 8 copper circuit layers separated by insulating prepreg, bonded via high-temperature and high-pressure lamination. Its surface is coated with a black solder mask layer to protect copper traces from oxidation and corrosion, while the immersion gold finish ensures excellent solderability, electrical conductivity and

OSP Surface 2 Layer Flexible PCB Board Customized Size for Medical Equipment 2 Layers Flexible Printed Circuit Board (FPC) for Medical Equipment A Flexible Printed Circuit Board (FPC), also known as a flexible circuit, is a specialized type of printed circuit board constructed from flexible, bendable insulating substrates. Unlike rigid PCBs (RPCBs) that rely on inflexible materials like fiberglass-reinforced epoxy (FR-4), FPCs leverage malleable substrates to enable dynamic

Custom Flexible PCB High Flexibility HASL/ENIG/OSP Surface Finish High-Density Integration Flexible Printed Circuit Boards Customization is at the core of this flexible PCB board's design. The dimensions of the board can be tailored to the specific requirements of any project, ensuring a perfect fit regardless of the complexity or scale of the application. This bespoke approach enhances the board's functionality and efficiency, allowing for optimized layouts that maximize

What is High-Reliability Medical Printed Circuit Boards: A medical PCB (Printed Circuit Board) is an electronic board specifically designed for use in medical devices and healthcare equipment. It supports high-precision electronic components that enable functions like monitoring, imaging, diagnosis, and treatment. Medical PCBs are built with strict reliability, biocompatibility, and safety standards to ensure stable performance in critical medical applications such as patient

Bendable and High Temperature Resistant Customized PCBs for Flexible Electronic Systems Antioxidant Surface Treatment Flexible PCB One of the standout features of this Flexible PCB Board is its high flexibility. Unlike traditional rigid circuit boards, this flexible variant can bend, twist, and fold without compromising its electrical performance or structural integrity. This flexibility opens up new possibilities for innovative product designs, allowing engineers to create

IPC 2 Standard High-Frequency PCB: A high-frequency PCB is a specialized printed circuit board compliant with IPC 2 standards, engineered for high-speed, high-frequency electronic applications. It ensures minimal signal loss, reduced electromagnetic interference, and superior signal integrity, balancing performance, reliability and cost-effectiveness for advanced electronic devices. High-Frequency PCB Core Features: Feature Category Specific Characteristics Signal Performance

Panelized Rigid-Flex PCBs – Durable, Bendable, and Corrosion Resistant This is a panel of custom rigid-flex printed circuit boards (PCBs) , integrating rigid FR-4 substrates (green) and flexible polyimide sections (brown). Designed for high-density, space-constrained electronics, they provide robust mechanical support via rigid areas and dynamic bendability via flex regions, ideal for wearable devices, medical equipment, and compact IoT products. The ENIG (gold) surface