Double-Sided FR4 PCB Prototype Board (5 x 7 cm)

Power

• Operating Voltage: Depends on the components and circuits used; the board itself does not have a specific voltage rating.
• Current Capacity: Limited by the copper trace thickness and the components used; ensure that traces and connections are adequate for the current requirements of your circuit.

Input and Output

• Input:
  • Component Leads: Insert electronic components through the board’s holes for input connections.
  • Wiring: Connect external wires or connectors to the board as needed for interfacing with other parts of your circuit.
• Output:
  • Signal and Power Connections: Use the board’s traces and holes to route signals and power to various parts of your circuit.
  • Prototyped Circuit: The board allows you to test and debug your circuit design before finalizing it on a custom PCB.

Physical Characteristics

• Board Dimensions: 5 cm x 7 cm, compact and easy to fit in various enclosures or setups.
• Thickness:  around 1.6 mm, which is standard for most prototype boards.
• Weight: Light and easy to handle, making it convenient for prototyping and testing.
• Surface Finish: Usually coated with a solder mask to prevent unintentional soldering and improve durability.

Technical Specifications

• Material: FR4, known for its stability and insulating properties.
• Copper Layer: Double-sided copper coating allows for more complex and versatile circuit designs.
• Hole Pitch: 2.54 mm, ensuring compatibility with a wide range of electronic components.
• Thermal Performance: FR4 provides good thermal performance and resistance to high temperatures, suitable for most electronic applications.

Additional Features

• Versatile Use: Can be used for a variety of applications, including prototyping, testing, and educational purposes.
• Ease of Modification: Easy to cut, drill, and modify, allowing for quick adjustments and changes to circuit designs.
• Compatible with Standard Components: Supports standard components with 2.54 mm pin spacing, making it easy to use with commonly available parts.
• Soldering Friendly: Designed to be easy to solder, with good adhesion for solder and reliability in connections.

How to Use

• Plan Your Circuit:
  • Design your circuit schematic and layout before starting the assembly process.
  • Consider using a software tool for designing the layout to ensure accuracy.
• Prepare the Board:
  • Cut the FR4 board to the desired size if needed.
  • Use a drill to create any additional holes for component leads or mounting.
• Place Components:
  • Insert the leads of electronic components through the board’s holes according to your circuit design.
  • Arrange components on the board in a layout that facilitates easy routing of connections.
• Solder Components:
  • Heat your soldering iron and apply solder to the component leads and copper pads to establish electrical connections.
  • Ensure that solder joints are clean and free from shorts or cold solder joints.
• Connect Traces:
  • Use additional wire or solder to connect copper traces as needed, making sure that connections are solid and well-insulated.
  • Use a multimeter to check connections and ensure there are no unintended shorts or open circuits.
• Test the Circuit:
  • Power up your circuit and test its functionality to ensure it operates as intended.
  • Make any necessary adjustments to the circuit or connections based on test results.

The Double-Sided FR4 PCB Prototype Board (5 x 7 cm) provides a practical and flexible platform for developing and testing electronic circuits. Its double-sided design, durable FR4 material, and standard hole pitch make it an ideal choice for hobbyists, engineers, and students working on various electronic projects.