AL02BT3N202

Introduction to Inductor Specifications

Inductors are crucial components in various electronic circuits, influencing performance and functionality. Among these, the AL02BT3N202 is a standout option for engineers and hobbyists alike. With its compact size and impressive specifications, it serves well in many applications where space and efficiency are paramount.

Key Specifications of the AL02BT3N202 Inductor

The AL02BT3N202 is designed in a thin film format, making it an ideal choice for surface mount device (SMD) applications. Let’s dive deeper into its specifications:

• Type: Thin Film Inductor
• Size: 0402 (1.0 mm x 0.5 mm)
• Inductance: 3.2nH
• Maximum Current: 460mA
• DC Resistance (DCR): 350mΩ
• Quality Factor (Q): 16
• Tolerance: ±0.1nH

Detailed Breakdown of Specifications

Thin Film Technology

The AL02BT3N202 uses thin film technology, which offers superior performance characteristics compared to traditional inductors. This technology allows for excellent stability and reliability, making it suitable for high-frequency applications.

Compact SMD Package

Measuring just 0402 (1.0 mm x 0.5 mm), this SMD inductor is exceptionally small. Its compact size makes it a perfect fit for dense circuit boards where space is limited, such as in smartphones, tablets, and wearable electronics.

Inductance Value

With an inductance of 3.2nH, the AL02BT3N202 meets the demands of high-frequency circuits. This low inductance is ideal for filtering high-speed signals, making it valuable in RF and microwave applications.

Current Rating

The impressive maximum current rating of 460mA allows the AL02BT3N202 to handle a wide range of applications without overheating. This characteristic ensures reliability in power supply circuits and energy-efficient devices.

DC Resistance

With a low DC resistance of 350mΩ, the AL02BT3N202 minimizes energy loss and heat generation. This feature enhances the overall efficiency of the circuit and contributes to longer operational life and stability.

Quality Factor (Q)

The AL02BT3N202 boasts a quality factor of 16. The Q factor indicates how effectively the inductor can store energy versus how much energy is lost. A higher Q factor means less energy dissipation, making it ideal for high-performance applications.

Tolerance Levels

The AL02BT3N202 has a tight tolerance of ±0.1nH, ensuring high precision in inductance value. This level of accuracy is especially critical in applications where timing and signal integrity are essential, such as in oscillators and filters.

Applications of the AL02BT3N202 Inductor

The diverse features and specifications of the AL02BT3N202 make it suitable for various applications, including:

• RF Amplifiers: Ideal for enhancing signal quality and filtering in radio frequency applications.
• Power Management: Effective in managing power in portable electronics to enhance battery life.
• Filtering: A critical component in electronic circuits that require high-speed signal filtering.
• Microcontroller Circuits: Useful in applications involving microcontrollers where space-efficient components are needed.
• Telecommunications: Plays a significant role in telecommunications devices for reliable signal transmission.

Why Choose the AL02BT3N202 Inductor?

When selecting an inductor for your application, it’s essential to consider factors such as size, performance, and application compatibility. The AL02BT3N202 shines in these aspects:

• Performance: Boasts high current ratings and a low DC resistance for optimal efficiency.
• Size: Its small footprint fits perfectly in modern electronic devices.
• Reliability: Thanks to thin film technology, this inductor ensures stable performance over time.
• Versatility: Suitable for various applications, from RF to power management.

Conclusion

In summary, the AL02BT3N202 inductor is a top choice for engineers seeking a compact, efficient, and reliable component for their electronic designs. With its superior specifications—including a 3.2nH inductance, 460mA current handling, and a tight tolerance of ±0.1nH—it is engineered to meet the demands of modern electronic applications. Consider the AL02BT3N202 for your next project and experience the difference in performance and reliability that this advanced inductor can provide.

For more options in SMD inductors, check our SMD 0402 Inductors category.