B82721A2122N020

Welcome to our comprehensive guide on the B82721A2122N020, a high-performance common mode inductor tailored for various applications. This product offers impressive specifications that make it ideal for modern electronic devices. Whether you are an engineer looking to optimize your design or a hobbyist searching for reliable components, understanding the significance and functionality of the B82721A2122N020 can be greatly advantageous.

What is the B82721A2122N020?

The B82721A2122N020 is a common mode inductor specifically engineered for through-hole technology (THT) applications. With a nominal inductance of 6.8mH, it is an essential component for filtering out unwanted noise in electronic circuits.

Key Specifications

• Inductance: 6.8mH
• Rated Current: 1.2A
• DC Resistance (DCR): 280mΩ
• Inductance Tolerance: ±30%
• Mounting Type: Horizontal

Applications of the B82721A2122N020

The B82721A2122N020 excels in various contexts where reducing common mode noise is crucial. Here are some applications where this inductor truly shines:

• Power Supply Circuits: Commonly utilized in DC-DC converters, switching power supplies, and other electronic systems that require efficient noise filtering.
• Audio Devices: Ideal for audio applications, where preventing interference is essential for sound quality.
• Telecommunications: Enhances signal integrity in devices that communicate data over telephone lines and broadband connections.
• Consumer Electronics: Widely used in televisions, sound systems, and home appliances to conform to electromagnetic compatibility (EMC) standards.

Why Choose the B82721A2122N020?

When selecting inductors for your applications, the B82721A2122N020 stands out for several reasons:

• Reliability: Crafted with high-quality materials, this inductor promotes exceptional stability and longevity in electronic circuits.
• Performance: Its low DC resistance of 280mΩ means reduced power loss, contributing to overall system efficiency.
• Flexible Applications: The product’s common mode functionality makes it versatile and applicable in various electronic environments.

Installation and Mounting Guidelines

The B82721A2122N020 is designed for horizontal mounting, which is advantageous in configurations where space is limited. Follow these installation guidelines for optimal performance:

• Ensure Correct Orientation: Ensure the inductor is mounted correctly to prevent potential performance issues.
• Keep Adequate Clearance: Allow space for heat dissipation to prevent the inductor from overheating during operation.
• Check Connections: Securely solder the leads to ensure reliable electrical connections and avert any intermittent failures.

Performance Characteristics

The performance of the B82721A2122N020 may vary based on different applications. It’s important to consider several factors:

• Operating Temperature: The inductor operates effectively within a designated temperature range, ensuring reliable performance in diverse environmental conditions.
• Rated Current Limit: Never exceed the rated current of 1.2A to avoid saturation or potential damage.
• Inductance Variation: Anticipate some variability in inductance due to its ±30% tolerance based on manufacturing and operational conditions.

Conclusion

The B82721A2122N020 is an optimal choice for anyone looking to integrate a common mode inductor into their electronic design. Its specifications allow for incredible versatility, facilitating seamless incorporation into power supplies, audio devices, telecommunications, and consumer electronics.

By selecting the B82721A2122N020, you’re ensuring your application reaps the benefits of enhanced noise filtering and increased energy efficiency. Incorporate this reliable, durable, and high-performing inductor into your next project, and experience the noticeable improvement in performance and reliability it offers.

For more information and inquiries about the B82721A2122N020, or to explore other related electronic components, please visit our vertical inductors category. Your journey towards superior electronic designs starts here!