B82724J2402N001

Introducing the high-performance inductor: B82724J2402N001. This premium component is engineered to effectively manage common mode noise suppression in electronic circuits. With compelling specifications, the B82724J2402N001 proves to be an outstanding choice for multiple applications, including telecommunications, power management, and audio systems.

Key Features of the B82724J2402N001

• Type: Common Mode Inductor
• Mounting Style: Through Hole Technology (THT)
• Inductance: 3.3 mH
• Rated Current: 4 A
• DC Resistance: 65 mΩ
• Tolerance: ±30%
• Dimensions: 18.5 x 31.3 x 33.2 mm

Why Choose the B82724J2402N001 Inductor?

The B82724J2402N001 inductor distinguishes itself through its exceptional performance and versatility. Here are some advantages of incorporating the B82724J2402N001 in your designs:

1. Superior Noise Reduction

This common mode inductor is meticulously designed to filter out common mode noise on power lines, effectively preventing interference while preserving signal integrity. With a 3.3 mH inductance, this component is ideal for a broad spectrum of frequencies, making it a preferred choice for environments characterized by significant electronic noise.

2. Versatile Applications

The B82724J2402N001 can be used across various sectors, including:

• Telecommunications: To mitigate noise in communication lines.
• Power Electronics: In power supply systems to boost efficiency.
• Consumer Electronics: In audio systems to enhance sound quality.
• Industrial Control Systems: To improve the reliability and performance of control circuits.

3. Robust Design Attributes

Rated at 4 A with a DC resistance of just 65 mΩ, the B82724J2402N001 assures excellent thermal management, allowing it to manage substantial electrical loads without overheating. Its design emphasizes both stability and durability, making this inductor a cost-effective alternative for manufacturers.

Specifications Overview: An In-Depth Look

Let’s take a closer look at the specifications of the B82724J2402N001 to understand how they enhance its performance:

• Inductance: With a 3.3 mH rating, this level offers a commendable balance between effective noise suppression and size.
• Current Rating (4 A): Compatible with most standard applications, minimizing failure risks.
• DC Resistance (65 mΩ): Low resistance signifies minimal energy loss, improving overall performance.
• Tolerance (±30%): This flexibility allows the inductor to maintain effective operation across varying conditions.
• Dimensions: With measurements of 18.5 x 31.3 x 33.2 mm, the B82724J2402N001 is compact yet robust for demanding applications.

Installation Considerations

When integrating the B82724J2402N001 into your projects, adhere to these installation guidelines:

• Verify proper orientation for through-hole mounting to prevent assembly errors.
• Select a PCB that supports the dimensions of the B82724J2402N001.
• Ensure sufficient airflow around the component to mitigate overheating, thus enhancing its lifespan and functionality.

Conclusion

To summarize, the B82724J2402N001 is an excellent choice for engineers and designers in search of an efficient noise reduction solution for electronic circuits. With its high inductance, robust current handling capabilities, and low resistance, the B82724J2402N001 guarantees reliability and exceptional performance. Opt for the B82724J2402N001 for your common mode filtering requirements and experience the unparalleled quality this inductor brings.

For purchasing options and further details about the B82724J2402N001, consult your local electronic components distributor or visit our website. Additionally, you can explore our complete selection of vertical inductors through this [link](https://eselcom.com/product-category/passives/inductors/tht-inductors/vertical-inductors/).

FAQs about the B82724J2402N001

1. What applications can the B82724J2402N001 inductor serve?

The B82724J2402N001 is ideal for telecommunications, power management, consumer electronics, and industrial control systems requiring noise suppression.

2. How does DC resistance influence performance?

A lower DC resistance, like the 65 mΩ of the B82724J2402N001, translates to reduced energy losses, higher efficiency, and minimized heat generation, essential for maintaining system performance.

3. What advantages does the 3.3 mH inductance offer?

This inductance level allows for effective common mode noise filtering while ensuring the component remains compact, making it adaptable for various designs.