GNDHOG

Versatile ground bus bar module featuring 6 pins for voltage distribution lines. Designed with a cuttable trace, you can easily separate it to create dedicated 5V and 3.3V rails, making it perfect for breadboard projects and prototyping where clean power distribution is essential.

6-Pin Bus Bar Cuttable Trace Dual Voltage Breadboard Ready Gold Plated

Get Started View Specs

⚡ Technical Specifications

Pin Count

6 pins with 0.1" (2.54mm) spacing

Trace Design

Cuttable for rail separation

Material

FR4 PCB with gold-plated pins

Current Rating

Up to 2A per rail

Voltage Range

3.3V - 12V compatible

Compatibility

Breadboards & perfboards

🔧 Usage Guide

Single Voltage Distribution

Use as-is for single voltage distribution - all 6 pins connected to the same rail. Perfect for projects requiring one voltage level across multiple components.

Cut the Trace

Use a craft knife or small saw to cut the trace between pins 3 and 4 to create two separate rails. This allows for dual voltage distribution.

Dual Voltage Setup

Connect 5V to one side (pins 1-3) and 3.3V to the other side (pins 4-6) for clean dual power distribution across your breadboard project.

🚀 Key Features

🔌 6-Pin Bus Bar

Six connection points provide ample space for distributing power and ground connections across your project. Standard 0.1" spacing ensures compatibility.

✂️ Cuttable Trace

Built-in cuttable trace allows you to separate the bus into two independent sections for different voltage levels with a simple cut.

⚡ Dual Voltage Support

Perfect for projects requiring both 5V and 3.3V power rails - simply cut the trace to create isolated sections for each voltage.

🍞 Breadboard Friendly

Standard 0.1" (2.54mm) pin spacing makes it compatible with breadboards and perfboards. Drop right into your prototype setup.

🏆 Quality Construction

FR4 PCB construction with gold-plated pins ensures reliable connections and long-lasting performance in your projects.

💪 High Current Rating

Supports up to 2A per rail, providing plenty of power for LEDs, sensors, microcontrollers, and other common components.