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Custom FR-4 single sided PCB featuring a 0.6 mm board thickness, green solder mask, and 0.1 mm minimum spacing. Designed for electronic applications requiring a single-sided circuit structure.
Key Features
FR-4 Base Material
0.6 mm Board Thickness
0.1 mm Minimum Spacing
Green Solder Mask
| Quantity: | |
|---|---|
XRX-1001
DGXRX
Parameter | Specification |
|---|---|
Product Name | FR-4 Single Sided PCB |
Base Material | FR-4 |
Board Thickness | 0.6 mm |
Circuit Structure | Single-Sided PCB |
Minimum Spacing | 0.1 mm |
Solder Mask Color | Green |
Custom requirements can be reviewed according to your PCB design files and project specifications.
An FR-4 single sided PCB is a printed circuit board made with FR-4 glass fiber reinforced epoxy laminate as its base material, with conductive circuitry on one side of the substrate.
This circuit structure is suitable for electronic designs whose connections can be routed on a single conductive layer. The FR-4 substrate provides an insulating base for circuit fabrication and component mounting.
With a specified board thickness of 0.6 mm, this PCB can be considered for electronic projects requiring a relatively thin, rigid circuit board. Actual suitability depends on the circuit layout, mechanical requirements, component assembly, and operating environment.
Providing your Gerber files and fabrication requirements helps clarify the appropriate specifications before production.
Uses FR-4 glass fiber reinforced epoxy laminate as the insulating substrate for the printed circuit board.
Features conductive circuitry on one side of the substrate, making it suitable for circuit layouts that can be completed on a single conductive layer.
The specified 0.6 mm board thickness supports thin-board designs where the mechanical and assembly requirements are compatible with this construction.
The specified minimum spacing is 0.1 mm. Final feasibility must be confirmed against the Gerber files and applicable manufacturing capabilities.
Features a green solder mask according to the product specifications.
Board dimensions, circuit layouts, and other fabrication requirements can be submitted for review to determine the appropriate manufacturing configuration.
Our PCB manufacturing capabilities cover a range of board thicknesses, copper weights, drilling requirements, and dimensional tolerances. Actual specifications depend on the PCB structure, material, design files, and manufacturing process.
Manufacturing Parameter | Typical Range / Capability |
|---|---|
Base Material | FR-4, CEM-1 |
Board Thickness | 0.20–3.20 mm |
Copper Weight | 1 oz, 2 oz, 3 oz |
Minimum Trace / Space | Standard capability: 0.20 / 0.20 mm |
Minimum Hole / Drill | 0.30 mm listed; typical value 0.35 mm |
Minimum Annular Ring | 0.10 mm |
Board Outline Tolerance | ±0.10 mm |
Board Thickness Tolerance | ±10% |
Registration Accuracy | Typically ±0.10 mm |
Solder Mask Registration | Typically ±0.10 mm |
Maximum Panel Size | Approximately 490 × 600 mm |
Solder Mask Colors | Green, Black, White, Blue |
Silkscreen Colors | White, Black |
These values represent typical factory capabilities and may vary according to board design, material selection, panel size, and production requirements. Please provide your Gerber files for a project-specific feasibility review.
Surface finish selection affects solderability, surface protection, component assembly, and overall manufacturing cost. The appropriate finish depends on the PCB design, component requirements, assembly process, and intended application.
Hot Air Solder Leveling with a lead-free process. A surface finish option for PCB assemblies where the associated soldering and pad requirements are compatible.
An organic protective coating applied to exposed copper surfaces. It can be considered for PCB designs where the assembly process and storage requirements are compatible with OSP.
A tin-based surface finish that can be considered for compatible soldering applications and PCB assembly requirements.
A nickel-gold surface finish commonly considered for designs requiring a flat solderable surface and compatibility with specific component assembly requirements.
A gold-plating option that may be considered for suitable contact or connection requirements, depending on the required finish specification.
Choosing a Surface Finish
When requesting a quotation, provide your preferred surface finish or assembly requirements. Our team can review the PCB design and confirm which options are suitable for the specified board construction.
FR-4 single sided PCBs are suitable for electronic products where the circuit complexity, component layout, and electrical requirements can be accommodated by a single conductive layer.
For selected electronic modules, basic control circuits, and interface boards.
For compatible appliance control circuits and auxiliary electronic assemblies.
For LED-related circuits and electronic modules when electrical and thermal requirements are appropriate.
For selected indicator circuits, control interfaces, and auxiliary electronic applications.
Application suitability depends on the circuit design, electrical loading, operating environment, and component layout.
Different electronic projects require different PCB dimensions, circuit layouts, and fabrication specifications. Project requirements can be reviewed before production.
Provide the required board outline, finished dimensions, mounting holes, and mechanical details through Gerber files or technical drawings.
Specify the required FR-4 material and board thickness according to your project design.
Submit your PCB design files so that trace clearances and minimum spacing requirements can be reviewed for manufacturing feasibility.
Green solder mask is specified for this product. Additional color requirements should be confirmed before production.
Gerber files and relevant fabrication documents can help clarify circuit layout, board dimensions, spacing requirements, and other production details.
Quantity, target delivery schedule, inspection requirements, and other order specifications can be provided when requesting a quotation.
PCB quality depends on accurate fabrication data, controlled manufacturing processes, and inspection against the agreed specifications.
Review circuit patterns, pads, and clearances against the approved design data.
Verify board dimensions and mechanical features against the fabrication drawings.
Electrical continuity and isolation testing can be specified where supported by the manufacturing process and order requirements.
Check finished boards against the agreed specifications, appearance requirements, and packaging instructions before delivery.
Inspection methods and acceptance criteria should be confirmed for each project.
A clear set of fabrication requirements helps the manufacturing team evaluate your PCB project and prepare a more accurate quotation.
Provide Gerber files or other applicable PCB fabrication data for review.
Specify board dimensions, board thickness, material, minimum spacing, and solder mask requirements.
Indicate the required quantity, target delivery schedule, and any special inspection or packaging requirements.
Confirm the proposed specifications, quotation, and production requirements before placing your order.
An FR-4 single sided PCB uses FR-4 glass fiber reinforced epoxy laminate as its substrate, with conductive circuitry on one side of the board. It is suitable for electronic designs that can be routed on a single conductive layer.
The specified board thickness is 0.6 mm. Please confirm that this thickness meets your mechanical and assembly requirements before ordering.
The specified minimum spacing is 0.1 mm. Submit your Gerber files so the manufacturing team can review the design against applicable production capabilities.
A single-sided PCB has conductive circuitry on one side of the substrate, while a double-sided PCB has circuitry on both sides. Double-sided construction provides more routing flexibility for designs with more complex connections.
Project-specific requirements can be submitted for review, including board dimensions, material specifications, circuit layout, and solder mask requirements.
Provide Gerber files, board dimensions, required quantity, material specifications, board thickness, and any applicable surface finish or inspection requirements.
No. Material requirements, electrical performance, operating conditions, and circuit complexity should be evaluated for each project. A single-sided design is appropriate when the required connections can be routed on one conductive layer.
Send your Gerber files and project specifications through the website enquiry form. Include your required quantity and target delivery schedule so the manufacturing requirements can be reviewed.
