Single Sided PCB
At XingRongXing PCB, We manufacture custom single-sided PCBs using FR-4 and CEM-1 for cost-sensitive, reliable electronics. With clear DFM rules, fast prototyping, and consistent mass production, you get predictable quality, shorter lead times, and competitive pricing — all from one trusted source.
Key Advantages
Clear Capabilities
Min trace/space 6/6 mil, min drill 0.3 mm, 1–3 oz copper, 0.2–3.2 mm thickness.
Quality Assured
100% electrical test, RoHS compliance, full outgoing inspection.
On-Time Delivery
Samples in 3-5 days, volume in 10–15 days, expedite available.
From Prototype to Production
Stable process window, consistent lot-to-lot results.
Capabilities & Specifications
Applications
Single sided PCBs dominate in the following fields due to their low cost and high reliability：
Consumer Electronics
From smartphones to home appliances, our PCBs support the electronics you use daily. They deliver stable performance in compact devices where space is limited. With high reliability and cost efficiency, they power millions of consumer products worldwide.
CEM-1 or FR-4, 1.6 mm, 1 oz, lead-free HASL — for remote controls, small appliances, and general modules.
Industrial Control Systems
Essential in automation and monitoring systems across industries. Our PCBs withstand high temperatures, vibrations, and continuous operation. This ensures consistent performance for long-term industrial reliability.
FR-4, 1.6 mm, 1–2 oz, OSP; conservative creepage/clearance for higher ambient temperatures.
Medical Devices
Reliable and precise PCBs for life-saving equipment. They meet strict safety and performance standards for sensitive medical use. Our solutions help ensure accurate diagnostics and stable device operation.
FR-4, 0.8–1.6 mm, 1 oz; clean silkscreen reference designators and test pads for serviceability.
Single-Sided vs. Double-Sided PCBs
Choosing between single-sided and double-sided PCBs depends on cost, circuit complexity, and performance requirements. Both have advantages, but they serve different design and production scenarios. Understanding the trade-offs helps you select the most efficient solution for your project.
When to Choose Single-Sided PCBs?
Cost priority: Single-sided boards are the most economical option, ideal for high-volume and price-sensitive applications.
Simple routing: Best for circuits with straightforward layouts where all traces fit on one side.
Low-to-moderate performance needs: Suitable for analog, low-frequency, or less complex digital designs.
Typical applications: Household electronics, power supplies, LED modules, consumer gadgets, and entry-level appliances.
Manufacturing advantage: Faster production cycle and lower defect risk since only one copper layer is processed.
When to Choose Double-Sided PCBs？
Higher circuit density: Two copper layers provide more routing space, enabling compact designs.
Improved electrical performance: Ground planes and power distribution layers reduce EMI and support higher-speed signals.
More components, less size: Allows for more components in a smaller footprint, supporting miniaturization.
Typical applications: Industrial controllers, automotive electronics, medical devices, communication products.
Flexibility in design: Designers can cross traces on different layers, making complex circuits practical without large board sizes.
Why choose us
We ensure product stability and meet international standards with advanced production and strict quality control.
Highly Reliable and High Precision
We cater to diverse needs by offering a wide range of specifications and tailored services.
Diverse Specifications and Customized Services
Timely delivery and comprehensive after-sales support guarantee customer satisfaction.
Comprehensive Logistics Delivery System
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FAQs
Related Blogs
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Modern home appliance PCBs serve as the vital brains powering today's connected electronics and automation systems. This article explores how advanced PCB layout design integrates IoT connectivity modules (such as Wi-Fi and Bluetooth) and smart sensors directly into household devices. It examines the manufacturing balance between high-density SMT assembly and rugged through-hole techniques, ensuring maximum circuit reliability against heat and moisture. By transitioning toward multilayer PCBs and flexible substrates, engineers can successfully optimize production costs, boost energy efficiency, and deliver the compact, durable architectures required for next-generation smart homes. -
Optimizing a power supply PCB is vital for achieving high efficiency, power integrity, and strict electrical safety in modern electronics. This article explores essential PCB design practices, comparing the low-noise stability of linear supplies with the compact efficiency of switched-mode power supplies (SMPS). It highlights critical strategies for thermal management—such as utilizing thermal vias and wide copper pours—and layout techniques for EMI suppression, decoupling, and low-impedance grounding. By adhering to industry benchmarks like IPC-2221, engineers can eliminate hotspots, prevent electrical hazards, and build robust power regulation systems. -
Printed Circuit Boards (PCBs) are foundational to the efficiency, thermal management, and lifespan of modern LED lighting systems. This article outlines how specialized substrates—such as Metal Core PCBs (MCPCBs) with aluminum or copper bases and ceramic PCBs—excel at heat dissipation compared to standard FR-4 materials. By incorporating key design strategies like thermal vias, optimized copper thickness, and integrated driver circuitry, engineers can successfully eliminate hotspots, reduce EMI, and prevent premature LED failure. Ultimately, choosing the correct PCB material and assembly method ensures optimal brightness, durability, and energy efficiency across diverse automotive, consumer, and industrial applications.
Keep in Touch With Us
For more details on our Single Sided PCBs or to discuss your specific requirements, reach out to our customer service team.
Tel: +86-13724222511
E-mail： m18029051908@163.com