AL02BT2N402

Introducing the AL02BT2N402: The Perfect Solution for Your Inductor Needs

The AL02BT2N402 is an advanced surface mount design (SMD) inductor that delivers exceptional performance in a compact size. This thin-film inductor is an ideal choice for various electronic applications, ranging from telecommunications to consumer electronics. In this detailed product description, we’ll explore the features, specifications, and applications of the AL02BT2N402 inductor to help you understand why it’s a preferred option for engineers and designers alike.

Key Features of the AL02BT2N402 Inductor

• Form Factor: 0402
• Inductance Value: 2.4nH
• Current Rating: 530mA
• DC Resistance (DCR): 280mΩ
• Quality Factor (Q): 16
• Inductance Tolerance: ±0.1nH

Specifications Breakdown

Form Factor and Size

The AL02BT2N402 comes in the 0402 package size, measuring just 1.0mm x 0.5mm. This small form factor is perfect for space-constrained applications where every millimeter counts. Its compact size allows it to fit seamlessly into modern electronic designs without sacrificing performance.

Performance Metrics

One of the standout features of the AL02BT2N402 is its inductance value of 2.4nH, making it a great option for high-frequency applications. The 530mA current rating ensures that it can handle significant power demands without overheating or degrading performance. Furthermore, the exceptionally low DC resistance of 280mΩ minimizes energy loss, enhancing the overall efficiency of your circuit.

Quality Factor (Q) and Tolerance

The AL02BT2N402 achieves a quality factor (Q) of 16. This high Q value indicates that the inductor is capable of storing energy efficiently and is ideal for resonant applications. Additionally, the tight inductance tolerance of ±0.1nH guarantees consistent performance, allowing for precise tuning in sensitive electronic circuits.

Applications of the AL02BT2N402 Inductor

The versatility of the AL02BT2N402 makes it suitable for a wide array of applications, including:

• RF Amplifiers: Enhances signal quality and filter characteristics.
• Switching Power Supplies: Provides stable filtering for power management.
• Telecommunications: Ideal for high-frequency circuits that require stability.
• Consumer Electronics: Frequently used in portable devices due to its compact dimensions.
• Automotive Applications: Compatible across various electronic control units (ECUs).

Advantages of Using the AL02BT2N402 Inductor

Integrating the AL02BT2N402 into your design can yield numerous benefits:

• Space-Saving: Its small size allows for integration into compact electronic designs.
• High Performance: Designed for low-power loss and high efficiency.
• Enhanced Reliability: Built to withstand various operating conditions, ensuring a long service life.
• Precision Engineering: Features tight tolerance levels for consistent results in high-performance applications.

Installation and Compatibility

Installation of the AL02BT2N402 is straightforward thanks to its SMD design, making it suitable for automated assembly processes. It can be mounted on standard printed circuit boards (PCBs) using pick-and-place technology, saving time and reducing labor costs in manufacturing. Ensure that your PCB design accommodates the 0402 footprint for perfect placement.

Conclusion

In conclusion, the AL02BT2N402 is a high-quality, compact inductor that excels in performance and reliability. With its impressive specifications—including a low inductance value, high current rating, and low DC resistance—it stands out as an excellent choice for various electronic applications. Whether you’re designing RF amplifiers, telecommunications devices, or consumer electronics, the AL02BT2N402 offers the precision and performance you need to bring your project to fruition.

Don’t compromise on quality. Choose the AL02BT2N402, and experience unparalleled performance in your electronic designs. Whether you are a seasoned engineer or a hobbyist, this inductor is sure to meet and exceed your expectations. For more options, explore our range of SMD inductors available here.