Bourns SRP1024HMCT Shielded Power Inductors
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Bourns SRP1024HMCT PassivesDescription
Bourns SRP1024HMCT Shielded Power Inductors feature a low profile of 2.2mm (minimum) and operate over a temperature range of -40°C to +125°C. These inductors provide low radiation due to shielding, low buzz noise, and a high rated current of 50A. They are ideal for applications such as point-of-load (PoL) converters and data centers.
Bourns SRP1024HMCT Shielded Power Inductors
Introduction
The Bourns SRP1024HMCT Shielded Power Inductors are high-performance components designed for demanding applications. With a low profile and robust specifications, these inductors are ideal for use in various electronic systems requiring efficient power management.
Part Description
The Bourns SRP1024HMCT Shielded Power Inductors feature a compact design with a minimum height of 2.2mm, making them suitable for space-constrained applications. They operate effectively over a wide temperature range of -40°C to +125°C. The inductors are designed with shielding to minimize radiation and buzz noise, ensuring reliable performance. With a high rated current capacity of 50A and a low DC resistance (DCR) of 0.4mΩ, these inductors are optimized for efficiency and thermal management.
Applications
- Point-of-load (PoL) converters
- Data centers
Industries
- Consumer electronics
- Telecommunications
- Computing
- Automotive
- Industrial automation
Usage Ideas
- Power Supply Design: Utilize the SRP1024HMCT inductors in a custom power supply circuit for a high-performance computing system, ensuring efficient power delivery and minimal noise.
- LED Driver Circuit: Implement these inductors in an LED driver circuit to enhance the efficiency and reliability of lighting systems in commercial buildings.
- Battery Management System: Integrate the inductors into a battery management system for electric vehicles, optimizing power distribution and thermal performance.
Conclusion
The Bourns SRP1024HMCT Shielded Power Inductors are versatile components that offer excellent performance for a variety of applications. Their low profile, high current capacity, and efficient design make them an ideal choice for industries ranging from consumer electronics to automotive. With their robust specifications, these inductors are poised to meet the demands of modern electronic systems.