Description
Professional FR4 Prototype PCB Board (7cm x 10cm)
Accelerate your electronics prototyping with this high-quality, professional-grade FR4 universal circuit board. Designed for durability and versatility, this board provides a reliable foundation for both hobbyist projects and professional engineering development.
Key Features & Specifications
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Premium Material: Manufactured using high-quality FR4 glass-epoxy laminate, ensuring excellent mechanical strength, thermal stability, and electrical insulation.
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Optimal Dimensions: Perfectly sized at 7cm x 10cm, offering ample space for complex circuits while maintaining a compact footprint suitable for integration into enclosures.
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Precision Layout: Features a standard grid of plated-through holes, designed to accommodate standard through-hole components like DIP ICs, resistors, capacitors, and connectors.
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High-Quality Finish: The green solder mask provides a professional finish and protects copper traces from oxidation, while clear silkscreen markers (alphanumeric grid) simplify component placement and circuit debugging.
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Versatile Application: Ideal for custom DIY projects, educational purposes, rapid prototyping of IoT devices, robotics, and analog/digital circuit experimentation.
Technical Data
| Attribute | Specification |
| Material | FR4 Epoxy Glass Laminate |
| Board Dimensions | 70mm x 100mm |
| Thickness | Standard 1.6mm |
| Surface Finish | Green Solder Mask with Silkscreen |
| Hole Diameter | Standard 1.0mm |
| Mounting Holes | 4 corners for secure fixation |
Why Choose This Prototyping Board?
This board eliminates the need for complex breadboard wiring in your final stages of design. Its rugged design ensures that your prototypes can withstand repeated soldering and testing cycles. Whether you are building a one-off prototype or testing a new circuit design, this FR4 board offers the reliability and professional look your projects deserve.
Are you planning to use this board for a specific type of project, such as microcontroller development or analog audio circuitry?
Professional FR4 Prototype PCB Board (7cm x 10cm)
Accelerate your electronics prototyping with this high-quality, professional-grade FR4 universal circuit board. Designed for durability and versatility, this board provides a reliable foundation for both hobbyist projects and professional engineering development.
Key Features & Specifications
-
Premium Material: Manufactured using high-quality FR4 glass-epoxy laminate, ensuring excellent mechanical strength, thermal stability, and electrical insulation.
-
Optimal Dimensions: Perfectly sized at 7cm x 10cm, offering ample space for complex circuits while maintaining a compact footprint suitable for integration into enclosures.
-
Precision Layout: Features a standard grid of plated-through holes, designed to accommodate standard through-hole components like DIP ICs, resistors, capacitors, and connectors.
-
High-Quality Finish: The green solder mask provides a professional finish and protects copper traces from oxidation, while clear silkscreen markers (alphanumeric grid) simplify component placement and circuit debugging.
-
Versatile Application: Ideal for custom DIY projects, educational purposes, rapid prototyping of IoT devices, robotics, and analog/digital circuit experimentation.
Technical Data
| Attribute | Specification |
| Material | FR4 Epoxy Glass Laminate |
| Board Dimensions | 70mm x 100mm |
| Thickness | Standard 1.6mm |
| Surface Finish | Green Solder Mask with Silkscreen |
| Hole Diameter | Standard 1.0mm |
| Mounting Holes | 4 corners for secure fixation |
Why Choose This Prototyping Board?
This board eliminates the need for complex breadboard wiring in your final stages of design. Its rugged design ensures that your prototypes can withstand repeated soldering and testing cycles. Whether you are building a one-off prototype or testing a new circuit design, this FR4 board offers the reliability and professional look your projects deserve.
Are you planning to use this board for a specific type of project, such as microcontroller development or analog audio circuitry?

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