Vishay / Dale IHXL1500VZ-3A Automotive Through-Hole Inductors

Introduction

The Vishay / Dale IHXL1500VZ-3A Automotive Through-Hole Inductor is a high-performance passive component designed specifically for automotive applications. With its robust construction and high-temperature rating, this inductor is ideal for handling demanding electrical environments.

Part Description

The IHXL1500VZ-3A is AEC-Q200 qualified, ensuring it meets stringent automotive standards. It features a compact size of 38.1mm x 38.1mm x 21.89mm and is capable of operating at temperatures up to +155°C. The inductor utilizes improved core material, resulting in a 20% reduction in core loss compared to previous models. Its metal alloy construction provides excellent magnetic shielding and high thermal conductivity, minimizing hot spots and allowing for effective heat dissipation. This inductor is designed to handle high transient current spikes without saturation, making it suitable for various high-current applications.

Applications

• Automotive high-current battery charging
• Brushless DC motors (BLDCs)
• DC-Link filters
• Differential mode chokes
• Boost power factor correction chokes
• Renewable energy systems (solar and wind power)

Industries

• Automotive
• Renewable Energy
• Consumer Electronics
• Industrial Automation
• Electric Vehicles

Usage Ideas

1. Electric Vehicle Battery Management System: Utilize the IHXL1500VZ-3A in a battery management system to efficiently manage high-current charging and discharging cycles.
2. Brushless DC Motor Control: Implement the inductor in a BLDC motor control circuit to improve efficiency and reduce electromagnetic interference.
3. Power Factor Correction Circuit: Design a power factor correction circuit using the inductor to enhance the efficiency of an industrial power supply system.

Conclusion

The Vishay / Dale IHXL1500VZ-3A Automotive Through-Hole Inductor is a versatile and reliable component for high-current applications in the automotive and renewable energy sectors. Its robust design, high-temperature tolerance, and ability to handle transient spikes make it an excellent choice for engineers looking to enhance the performance and reliability of their electronic systems.