Laird Technologies MAF06 High-Current Low DCR SMD Power Inductors

Introduction

The Laird Technologies MAF06 High-Current Low DCR SMD Power Inductors are designed to provide exceptional performance in demanding applications. With their low DC resistance and high current ratings, these inductors are perfect for ensuring power line noise suppression and enhancing power efficiency in various electronic systems.

Part Description

The MAF06 series features a compact and space-optimizing flat wire coil design, allowing it to fit into tight spaces while maintaining high performance. Rated for operation at temperatures up to +155°C, these inductors are molded with metal composite materials and self-shielded construction, ensuring high reliability and compliance with AEC-Q200 standards. The inductance range spans from 1µH to 15µH, with saturation current ratings between 5.6A and 20A, and a maximum DCR range of 6mΩ to 43.50mΩ.

Applications

• Power lines
• Automotive Electronic Control Units (ECUs)
• Advanced Driver-Assistance Systems (ADAS)
• General DC-DC power lines
• Telecommunications
• Datacom
• Industrial applications

Industries

• Automotive
• Telecommunications
• Industrial Electronics
• Consumer Electronics
• Data Communication

Usage Ideas

1. Automotive Power Supply: Integrate the MAF06 in an automotive ECU to enhance power efficiency and reduce noise in critical systems such as engine control or infotainment systems.
2. Telecom Equipment: Use the MAF06 inductors in telecom power supplies to ensure stable operation and minimize power loss in high-frequency applications.
3. Industrial Automation: Implement the MAF06 in industrial control systems to improve power management and reliability in harsh environments.

Conclusion

The Laird Technologies MAF06 High-Current Low DCR SMD Power Inductors are an excellent choice for applications requiring high efficiency and low resistance. Their robust design and high-temperature ratings make them suitable for a wide range of industries, from automotive to telecommunications. With their versatility and reliability, these inductors can significantly enhance the performance of various electronic systems.