AA battery holder 4 cell series

AA Battery Holder 4 Cell (Series)

AA Battery Holder (4 Cell Series) is a compact power solution designed to hold four AA batteries and connect them in series to provide a higher output voltage. This configuration typically delivers 6V output (1.5V × 4), making it suitable for a wide range of electronic and robotics applications requiring moderate voltage supply.

Key Features

• Series Configuration: Combines 4 AA batteries to output ~6V
• Secure Battery Fit: Holds batteries firmly to prevent disconnection
• Compact Design: Easy to integrate into small projects
• Wire Leads Output: Simple connection to circuits
• Durable Build: Made from high-quality plastic for long-term use
• Easy Battery Replacement: User-friendly design for quick swaps

Applications

• Robotics Projects: Power source for motors and controllers
• DIY Electronics: General-purpose battery-powered circuits
• Arduino Projects: External power supply for boards
• Portable Devices: Small gadgets and prototypes
• Educational Kits: Learning basic power systems
• LED Projects: Lighting circuits and experiments

Technical Specifications

• Battery Type: AA (1.5V each)
• Number of Cells: 4
• Output Voltage: ~6V (series connection)
• Connection Type: Series
• Output Leads: Pre-attached wires (red & black)
• Material: ABS Plastic with metal contacts
• Mounting Type: Open holder / screw mount (varies by model)
• Dimensions: Approx. 60–70 mm length (model dependent)

Product Example

4×AA Battery Holder with Wire Leads (6V Output)
Standard battery holder used for powering medium-voltage electronic circuits and small robotic systems.

Why Choose a 4 Cell AA Battery Holder?

This holder provides a simple and reliable way to achieve a 6V power supply using commonly available AA batteries. It’s ideal for portable projects where a stable and replaceable power source is needed.

⚠️ Important Notes

• Use identical batteries (same type and charge level) for best performance
• Do not mix old and new batteries
• Rechargeable AA cells (1.2V each) will give ~4.8V total
• Ensure correct polarity while inserting batteries
• Remove batteries when not in use to prevent leakage