Fast Prototyping: Perforated Vero Board PCB Single Sided Printed Circuit Zero Board - Copper


Model: Dual Partition Board (110X80mm)
Price:
Sale price₹ 49.00

(₹ 41.52 + 18%GST)

Tax included Shipping calculated at checkout

For Bulk Purchase, Contact us at +91-9717583225 or Sales@ecompass.xyz

Description

Single Side Perforated Vero Board PCB Copper Zero Board

The Perforated Vero Board PCB (Zero Board) is a high-quality prototyping board designed for electronics development, circuit testing, and DIY projects. Made with a single-sided copper layer, this board allows easy soldering and reliable electrical connections.

Featuring a grid of evenly spaced holes, it is perfect for assembling circuits using through-hole components without the need for custom PCB fabrication. The durable brown PCB base combined with copper pads ensures long-lasting performance and strong conductivity.

Ideal for students, hobbyists, and professionals, this vero board is widely used for rapid prototyping, circuit design testing, and educational electronics projects.


Key Features

  • Single-Sided Copper PCB – Reliable conductivity and easy soldering.
  • Perforated Design (Vero Board) – Uniform hole grid for circuit assembly.
  • High-Quality Material – Durable and heat-resistant PCB base.
  • Easy Prototyping – No need for custom PCB manufacturing.
  • Strong Copper Adhesion – Prevents pad lifting during soldering.
  • Compatible with Through-Hole Components – Ideal for resistors, ICs, connectors, etc.
  • Customizable Layout – Easily cut and modify as needed.
  • DIY Friendly – Perfect for learning and experimentation.

Technical Specifications

Parameter Specification
Product Type Perforated PCB / Vero Board
PCB Type Single-Sided
Material Copper Clad Board (Brown)
Hole Type Through Hole
Copper Layer One Side
Grid Layout Standard Pitch (Typically 2.54mm)
Usage Prototyping & Circuit Design

Applications

  • Electronics Prototyping
  • DIY Circuit Projects
  • Educational Learning Kits
  • Embedded System Development
  • Repair & Circuit Modification
  • Arduino & Microcontroller Projects
  • Testing Electronic Circuits

Precautions

  • Use proper soldering temperature to avoid pad damage.
  • Ensure correct component placement before soldering.
  • Avoid excessive force while cutting the board.
  • Keep away from moisture to prevent oxidation.
  • Handle edges carefully to avoid injury.

You may also like

Recently viewed