Bourns HRP3822x & HRP5022x Power Inductors

Introduction

The Bourns HRP3822x and HRP5022x Power Inductors are high-performance components designed for applications requiring efficient energy management. With their robust construction and impressive specifications, these inductors are ideal for various industrial applications.

Part Description

Bourns HRP3822x and HRP5022x Power Inductors are through-hole inductors featuring a shielded design that minimizes electromagnetic radiation. They offer an inductance range from 0.68μH to 3.3μH, ensuring low DC resistance (DCR) and the capability to handle high heating currents of up to 235A. These inductors operate effectively within a wide temperature range of -40°C to +125°C, making them suitable for demanding environments. The HRP3822x model measures 38.1mm x 38.1mm x 21.7mm, while the HRP5022x measures 51mm x 51mm x 21.6mm.

Applications

• Industrial high current filters
• High current battery charging
• DC-DC converters

Industries

• Automotive
• Telecommunications
• Consumer Electronics
• Industrial Automation
• Renewable Energy

Usage Ideas

1. High Current Power Supply: Design a power supply circuit for electric vehicles that utilizes the HRP5022x inductors to manage high current loads efficiently.
2. Battery Management System: Create a battery charging system for renewable energy applications, employing the HRP3822x inductors to ensure stable charging currents.
3. DC-DC Converter Project: Develop a compact DC-DC converter for portable electronics, integrating the Bourns inductors to optimize power conversion and efficiency.

Conclusion

The Bourns HRP3822x and HRP5022x Power Inductors are versatile components that cater to a wide range of high-current applications. Their robust design and impressive specifications make them an excellent choice for industries looking to enhance energy efficiency and performance in their electronic systems. Whether in automotive, telecommunications, or renewable energy, these inductors provide reliable solutions for modern power management challenges.