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XRX-1012
DGXRX
Core advantages of FR-1 single-sided circuit boards
Low cost and high cost-effectiveness
Low base material cost: FR1 uses phenolic resin and wood pulp fiber paper composite base material, which is significantly cheaper than FR-4 (epoxy fiberglass board), making it suitable for mass production
Low processing cost: The single-sided process is simplified, eliminating the need for metalized through-holes (PTH) and complex lamination steps, making it ideal low-complexity designs.
Excellent fire resistance
Flame retardant rating V-0: Certified to UL 94 V-0, it does produce dripping residue and has a short self-extinguishing time, making it suitable for safety-sensitive applications such as home appliances and power modules.
Broad processing adaptability
Compatible with traditional processes: It supports basic processes like mechanical drilling and chemical etching, eliminating the need for high-end equipment, making it suitable for production in small and-sized factories.
Hand-friendly: DIY enthusiasts can make their own circuits using the thermal transfer method, making it ideal for educational experiments and simple prototype development.
al adaptability
Moisture resistance: The phenolic resin base material maintains stability in normal humidity environments, meeting the basic needs of consumer electronics.
Lightweight: a lower density than fiberglass boards, it is suitable for portable devices (such as remote controls, electronic toys).
Environmental friendliness and recyclability
alogen-free options: Some FR-1 boards comply with the RoHS directive, reducing the release of harmful substances.
Easily degradable material: Paper-based are more easily recyclable than fiberglass boards, reducing the burden on the environment.
Application scenarios and precautions
Typical applications
Consumer electronics: remote controls, LED light driver boards, simple home appliance control boards.
Educ experiments: Arduino expansion boards, welding practice boards, suitable for manual production.
Industrial control: relay modules, sensor interface boards, pay attention to humidity control in the environment
Process optimization suggestions
Component packaging selection: avoid using small packages such as 0402, 0603, and prioritize 0805 and sizes, compatible with wave soldering process.
Welding reinforcement: single-sided board solder pads are prone to peeling, which can be addressed by extending theer pad design or fixing components with red glue.
High frequency restrictions: FR-1 has high dielectric loss (Df≈0.03) and is not suitable high frequency signal (>10MHz) design.
Core advantages of FR-1 single-sided circuit boards
Low cost and high cost-effectiveness
Low base material cost: FR1 uses phenolic resin and wood pulp fiber paper composite base material, which is significantly cheaper than FR-4 (epoxy fiberglass board), making it suitable for mass production
Low processing cost: The single-sided process is simplified, eliminating the need for metalized through-holes (PTH) and complex lamination steps, making it ideal low-complexity designs.
Excellent fire resistance
Flame retardant rating V-0: Certified to UL 94 V-0, it does produce dripping residue and has a short self-extinguishing time, making it suitable for safety-sensitive applications such as home appliances and power modules.
Broad processing adaptability
Compatible with traditional processes: It supports basic processes like mechanical drilling and chemical etching, eliminating the need for high-end equipment, making it suitable for production in small and-sized factories.
Hand-friendly: DIY enthusiasts can make their own circuits using the thermal transfer method, making it ideal for educational experiments and simple prototype development.
al adaptability
Moisture resistance: The phenolic resin base material maintains stability in normal humidity environments, meeting the basic needs of consumer electronics.
Lightweight: a lower density than fiberglass boards, it is suitable for portable devices (such as remote controls, electronic toys).
Environmental friendliness and recyclability
alogen-free options: Some FR-1 boards comply with the RoHS directive, reducing the release of harmful substances.
Easily degradable material: Paper-based are more easily recyclable than fiberglass boards, reducing the burden on the environment.
Application scenarios and precautions
Typical applications
Consumer electronics: remote controls, LED light driver boards, simple home appliance control boards.
Educ experiments: Arduino expansion boards, welding practice boards, suitable for manual production.
Industrial control: relay modules, sensor interface boards, pay attention to humidity control in the environment
Process optimization suggestions
Component packaging selection: avoid using small packages such as 0402, 0603, and prioritize 0805 and sizes, compatible with wave soldering process.
Welding reinforcement: single-sided board solder pads are prone to peeling, which can be addressed by extending theer pad design or fixing components with red glue.
High frequency restrictions: FR-1 has high dielectric loss (Df≈0.03) and is not suitable high frequency signal (>10MHz) design.