Vishay / Dale IHXL2000VZ-3A Automotive Through-Hole Inductors

Introduction

The Vishay / Dale IHXL2000VZ-3A Automotive Through-Hole Inductors are high-performance components designed for demanding automotive applications. With their AEC-Q200 qualification and high-temperature rating, these inductors are built to withstand the rigors of automotive environments.

Part Description

The IHXL2000VZ-3A inductors feature a compact size of 50.8mm x 50.8mm x 21.7mm and utilize improved core material that results in a 20% reduction in core loss compared to previous models. This inductor is capable of handling high transient current spikes without saturation, making it ideal for applications that require reliability and efficiency. Its metal alloy construction provides excellent magnetic shielding and high thermal conductivity, minimizing hot spots and allowing for effective heat dissipation. Additionally, the flat surface design facilitates the mounting of heat sinks or active cooling solutions.

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 power/wind power)

Industries

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

Usage Ideas

1. Electric Vehicle Charging Station: Utilize the IHXL2000VZ-3A inductors in the design of a high-current battery charger for electric vehicles, ensuring efficient power transfer and minimal heat generation.

2. Brushless DC Motor Control: Implement these inductors in a brushless DC motor control circuit to manage current spikes and improve the overall efficiency of the motor operation.

3. Renewable Energy Inverter: Design a DC-Link filter for a solar power inverter using the IHXL2000VZ-3A inductors to enhance performance and reliability in energy conversion processes.

Conclusion

The Vishay / Dale IHXL2000VZ-3A Automotive Through-Hole Inductors are a robust solution for high-current applications in the automotive and renewable energy sectors. Their advanced design and high-temperature capabilities make them suitable for a variety of demanding environments, ensuring reliable performance and efficiency in critical applications.