Solderable Board FR2 A (80 × 55 mm)
The solderable board shall be a general-purpose FR-2 grade electronic prototyping board designed for permanent circuit assembly, soldering, testing and development of electronic circuits. It shall provide a compact and convenient platform for mounting and soldering electronic components such as resistors, capacitors, diodes, transistors, LEDs, integrated circuits, connectors and other through-hole components. The board shall be suitable for educational, laboratory, electronics training, repair, prototyping and project development applications.
Key Specifications:
- Type: Solderable electronic prototyping board.
- Material: FR-2 grade insulating laminate or equivalent.
- Board Size: 80 × 55 mm.
- Surface: Suitable for soldering and mounting electronic components.
- Construction: Rigid and mechanically stable insulating substrate.
- Suitable for through-hole electronic components and connecting wires.
- Suitable for soldering resistors, capacitors, LEDs, transistors, diodes, ICs and other electronic components.
- Designed for permanent circuit assembly after initial circuit testing and development.
- Provides a convenient platform for constructing customized electronic circuits.
- Suitable for manual soldering and desoldering during circuit assembly, testing and repair.
- Suitable for circuit fabrication, electronics experimentation and practical training.
- Can be used for sensor circuits, power supply circuits, amplifier circuits, control circuits and microcontroller-based projects.
- Board shall provide good mechanical strength and dimensional stability during normal soldering operations.
- Compact size makes it suitable for small electronic projects and prototype assemblies.
- Lightweight and easy to handle, mount and integrate into project enclosures.
- Suitable for repeated educational and laboratory applications.
- Suitable for use in schools, colleges, engineering laboratories, ITI laboratories, tinkering labs and maker spaces.
- The board shall be new, unused and free from visible manufacturing defects.