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Perforated Circuit Board 90 × 150 mm
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  • Perforated Circuit Board 90 × 150 mm

Perforated Circuit Prototyping Board – 90 × 150 mm

€1.60

A 90 × 150 mm perforated circuit board designed for assembling, testing and developing electronic circuits using manual soldering.

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The 90 × 150 mm Perforated Circuit Board provides a practical solution for building electronic prototypes, experimental circuits and custom projects without manufacturing a dedicated printed circuit board.

Its regularly arranged holes make it easier to install conventional through-hole electronic components, including resistors, capacitors, diodes, transistors, integrated circuits, connectors and sockets.

Electrical connections can be created manually using solder, wires or component bridges. The available board area accommodates larger projects or can be divided into smaller sections when required.

It is suitable for electronics workshops, repairs, educational projects, amateur radio applications and converting breadboard-tested designs into permanent soldered circuits.

Main features

  • Type: perforated circuit board
  • Use: electronic prototyping and assembly
  • Dimensions: 90 × 150 mm
  • Component mounting: through-hole
  • Electrical connections: manual soldering
  • Suitable for wires and connection bridges
  • Compatible with conventional electronic components
  • Can be cut to suit smaller projects
  • Supports custom circuit layouts
  • Suitable for professional, educational and hobby use

Recommended applications

  • Electronic prototype construction
  • Custom circuit development
  • Arduino and microcontroller projects
  • Power supply and interface assembly
  • Audio and radio-frequency circuits
  • Electronic repairs and modifications
  • Amateur radio projects
  • Electronics training and experiments
  • Converting breadboard designs into soldered circuits

Important note

This is a prototyping board and does not contain a predefined circuit. Connections between components must be planned and created manually.

Before assembly, check the component layout, electrical connections and required space. Use suitable tools and eye protection when cutting the board.

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