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  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
  • Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board
Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board

Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board

  • 2 - 99 Pieces
    $4.50
  • 100 - 999 Pieces
    $3.50
  • 1000 - 9999 Pieces
    $2.49
  • >= 10000 Pieces
    $1.26

Customization:

Customized logo(Min.Order: 100 pieces)
Customized packaging(Min.Order: 100 pieces)
Graphic customization(Min.Order: 100 pieces)

Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Performance Circuit Support: Built with FR-4 and Rogers FPC substrates (Ro4350B/Ro4003C), this double-sided PCB provides robust electrical performance and thermal stability for complex electronics projects.
  • Modular Prototyping Platform: Designed for rapid prototyping and customization, featuring through-hole components and a symmetrical layout optimized for embedded systems, control boards, and data processing applications.

Key features

  • 1. Material Technology

  • With FR-4 material and multiple surface finishing options (immersion silver, OSP, etc.), you can ensure durability, electrical performance, and corrosion resistance tailored to your application*

  • 2. Interactive Design

  • With a modular design and symmetrical layout, you can easily customize the PCB for specific requirements, such as adding or removing components for prototyping or production*

  • 3. Performance Parameters

  • With a densely populated double-sided layout, you can achieve high component integration and enhanced functionality in compact spaces, ideal for consumer electronics applications*

  • 4. Scenario Solutions

  • Designed for connectivity-driven scenarios, this PCB supports applications like embedded systems and control boards, enabling seamless interfacing with other devices or systems*

  • 5. Certification Standards

  • Compliant with international standards (RoHS, UL, CQC, etc.), you can ensure safety and environmental compliance for global markets*

Product details

Manufacturer Fr4 Material Rogers Fpc Prototype Pcb Ro4350B Ro4003C Soldering Protoboard Printed Double Sided Pcb Circuit Board

The Manufacturer FR4 Material Rogers FPC Prototype PCB offers high-performance circuit solutions for consumer electronics, featuring advanced materials like Ro4350B and Ro4003C. Designed with a modular layout and robust certifications, it balances durability, connectivity, and adaptability for diverse applications.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialFR-4, Rogers Ro4350B, Ro4003C (high-frequency, low-loss)High-speed data transmission, IoT devices, wearable tech
Surface FinishingImmersion Silver, OSP, Immersion Tin, HASL, Immersion GoldCorrosion resistance in harsh environments
CertificationsRoHS, UL, CQC, EPR_Germany_Packing, REACHCompliance for global consumer electronics markets
Design StyleSymmetrical layout with central processing area and peripheral componentsEmbedded systems, control boards, modular prototyping

Customization guide

Adjust component placement or surface finishing (e.g., immersion gold for high-reliability connections) to meet specific needs like thermal management or EMI shielding.

Get inspired

With its dense component layout and modular design, this PCB is ideal for creating compact, high-functionality devices such as smart home controllers, wearable sensors, or IoT gateways.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MaterialStandard FR-4Rogers Ro4003C (+20% dielectric stability)Rogers Ro4350B (+35% signal integrity)*
Surface FinishHASL (cost-effective)Immersion SilverImmersion Gold (premium corrosion resistance)
CertificationsRoHS, UL+CQC, REACH+EPR_Germany_Packing

Supplier's note

  1. Technical Breakthroughs:

    • Material Advancement: The Pro Model’s Ro4350B material achieves 35% higher signal integrity than standard FR-4, enabling high-frequency applications like 5G modules.
    • Surface Finish Innovation: Immersion Gold reduces contact resistance by 40%, critical for wearable devices with frequent connection cycles.
    • Global Compliance: Full EPR certification ensures seamless entry into European markets, addressing strict recycling regulations.
  2. Optimal Version Selection:

    • Base Model: Ideal for basic consumer electronics (e.g., remote controls) where cost-efficiency is prioritized.
    • Advanced Model: Targets mid-tier IoT devices requiring enhanced thermal stability, such as smart sensors.
    • Pro Model: Perfect for high-performance applications like radar systems or medical devices, where extreme signal accuracy and durability are non-negotiable.

Example: With the Pro Model’s Ro4350B material, you can achieve 50GHz signal speeds—20% faster than industry benchmarks—making it ideal for next-gen wireless charging systems. Pair this with immersion gold finishing to ensure long-term reliability in humid environments.

Frequently asked questions

  • Which FR4 PCB material (Ro4350B vs Ro4003C) is best for high-frequency consumer electronics applications?

  • How do I maintain a Rogers FPC prototype PCB with immersion silver finishing?

  • What are the advantages of FR4 PCB over flexible PCB for consumer electronics?

  • Can I customize the Ro4350B PCB with additional connectors for industrial control systems?

  • Is this PCB RoHS and UL-certified for EU consumer electronics compliance?

  • Which surface finish (immersion gold vs HASL) suits high-temperature PCB soldering?

  • What makes your double-sided PCB suitable for compact consumer electronics?

  • Can I prototype a PCB with mixed SMT and through-hole components using your service?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionConsumer electronics, industrial devicesIndustry: FR-4 (1.4mm thickness, ISO 178)Our Base: FR-4 (1.6mm ▲, ISO 178)Our Advanced: FR-4 (1.8mm ▲▲, ISO 178)
Enhanced mechanical strength (Base)Superior thermal stability (Advanced)
Cost-effective for standard use casesHigher cost for thicker Advanced variants

| Surface Finishing | High-reliability applications (e.g., medical devices) | Industry: HASL (ASTM B201) | Our Base: OSP (IEC 60068 ▲) | Our Advanced: Immersion Gold (IPC-4552 ▲▲) |
| | | | Corrosion resistance (Base) | Superior solderability (Advanced) |
| | | | Lower cost | Higher cost for advanced finishes |

| Certifications | Global markets requiring compliance | Industry: RoHS, UL | Our Base: RoHS, UL, CQC ▲ | Our Advanced: RoHS, UL, CQC, REACH, EPR_Germany_Packing ▲▲ |
| | | | Meets basic regulatory standards | Full compliance with EU and Asia-Pacific regulations |
| | | | Simplified certification process | Requires additional testing for Advanced variants |

| Thermal Performance | High-power devices (e.g., servers) | Industry: Tg 140°C (ASTM D648) | Our Base: Tg 150°C ▲ (ASTM D648) | Our Advanced: Tg 170°C ▲▲ (ASTM D648) |
| | | | Improved heat resistance (Base) | Enhanced durability under extreme conditions (Advanced) |
| | | | Standard thermal tolerance | Higher cost for advanced materials |

| Design Flexibility | Prototyping, customization | Industry: Fixed layouts | Our Base: Modular design ▲ (ISO 9001) | Our Advanced: Hybrid SMT + Through-Hole ▲▲ (IPC-A-610) |
| | | | Easy component swaps (Base) | Supports complex assemblies (Advanced) |
| | | | Limited scalability | Requires advanced soldering skills for SMT |

| Connectivity Options | IoT, data acquisition systems | Industry: 5 connectors (IEC 60603) | Our Base: 8 connectors ▲ (IEC 60603) | Our Advanced: 12 connectors ▲▲ (IEC 60603) |
| | | | Expanded interface flexibility (Base) | Supports multi-device integration (Advanced) |
| | | | Moderate wiring complexity | Higher design complexity for Advanced variants |

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