ABIS Circuits have been in the printed circuit boards (PCBs) field for more than 15 years of experience and pay attention to the development of the PCB industry. From powering our smartphones to controlling complex systems in space shuttles, PCBs play a vital role in advancing technology. In this blog, we delve into the current state of PCBs and explore exciting future prospects.
PCB status:
The current state of PCBs reflects their growing importance in various industries. PCB manufacturers are witnessing an increase in demand owing to the increasing adoption of electronic devices across various industries. The expanding consumer electronics market has contributed significantly to this growth. Advanced PCB designs, such as multilayer boards and flex boards, help meet the needs of modern gadgets where compactness and functionality are priorities.
Additionally, PCBs have found applications in the automotive industry, powering navigation systems, infotainment units and safety features. The healthcare industry also relies heavily on PCBs, as they are used in medical devices such as MRI machines, pacemakers, and diagnostic equipment.
Accelerated Progress:
As technology continues to evolve, so does the PCB. Future advancements hold great promise for these boards. For example, miniaturization will become more important as devices become smaller and more powerful. As the Internet of Things (IoT) drives industry growth, PCBs will need to adapt to seamlessly connect billions of devices. Advances in 5G technology will further expand the functionality and connectivity of PCBs.
Here are the capacity of the PCB of ABIS Circuits:
| Item | Production Capacity |
| Layer Counts | 1-32 |
| Material | FR-4, High TG FR-4, PTFE, Aluminum Base, Cu base, Rogers, Teflon, etc |
| Maximum Size | 600mm X1200mm |
| Board Outline Tolerance | ±0.13mm |
| Board Thickness | 0.20mm–8.00mm |
| Thickness Tolerance(t≥0.8mm) | ±10% |
| Thickness Tolerancc(t<0.8mm) | ±0.1mm |
| Insulation Layer Thickncss | 0.075mm–5.00mm |
| Minimum Iine | 0.075mm |
| Minimum Space | 0.075mm |
| Out Layer Copper Thickness | 18um–350um |
| Inner Layer Copper Thickness | 17um–175um |
| Drilling Hole(Mechanical) | 0.15mm–6.35mm |
| Finish Hole(Mechanical) | 0.10mm–6.30mm |
| Diameter Tolerance(Mechanical) | 0.05mm |
| Registration(Mechanical) | 0.075mm |
| Aspecl Ratio | 16:01 |
| Solder Mask Type | LPI |
| SMT Mini.Solder Mask Width | 0.075mm |
| Mini.Solder Mask Clearance | 0.05mm |
| Plug Hole Diameter | 0.25mm–0.60mm |
| Impedance Control Tolerance | 10% |
| Surface Finish | HASL/HASL-LF, ENIG, Immersion Tin/Silver, Flash Gold, OSP ,Gold finger, Hard Gold |
In addition, environmental concerns have triggered the development of environmentally friendly PCBs. Researchers aim to reduce the use of hazardous substances in PCB manufacturing, such as lead, mercury and brominated flame retardants. This shift towards greener alternatives will ensure a sustainable future for the electronics industry.
In conclusion, the current state of PCBs underscores their indispensible status in today’s technology-driven world. Looking ahead, PCBs will play an even more critical role. Continued advancements in design, size reduction, connectivity, and environmental sustainability will shape the future of PCBs.
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Post time: Jun-16-2023
