Automotive Through-Hole Inductors
Manufacturer
Part #
Category
Vishay / Dale IHXL2000VZ-3A PowerDescription
Vishay / Dale IHXL2000VZ-3A Automotive Through-Hole Inductors are AEC-Q200 qualified and feature a high temperature rating up to +155°C. These inductors handle high transient current spikes without saturation and are suitable for applications such as automotive high-current battery charging and brushless DC motors. The metal alloy construction provides excellent magnetic shielding and high thermal conductivity.
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 robust construction and high-temperature ratings, these inductors are ideal for handling significant electrical loads and transient spikes.
Part Description
The IHXL2000VZ-3A inductors are AEC-Q200 qualified, ensuring reliability in automotive environments. They feature a compact size of 50.8mm x 50.8mm x 21.7mm and are constructed from metal alloy materials that provide excellent magnetic shielding and thermal conductivity. This design minimizes hot spots and allows for effective heat dissipation. The inductors are capable of handling high transient current spikes without saturation, making them suitable for various high-current applications. Additionally, they boast a 20% reduction in core loss compared to previous models, enhancing their efficiency.
Applications
- Automotive high-current battery charging
- Brushless DC motors (BLDCs)
- DC-Link filters
- Differential mode chokes
- Boost power factor correction chokes
- Solar power and wind power systems
Industries
- Automotive
- Renewable Energy
- Consumer Electronics
- Industrial Automation
- Electric Vehicles
Usage Ideas
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Electric Vehicle Charging Station: Utilize the IHXL2000VZ-3A inductors in the power management system of an electric vehicle charging station to ensure efficient energy transfer and minimize losses during high-current charging cycles.
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Brushless DC Motor Control: Implement these inductors in a brushless DC motor control circuit to manage power delivery and improve the overall efficiency of the motor, especially in applications like electric bikes or drones.
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Renewable Energy Inverter: Integrate the inductors into a solar power inverter design to filter DC-Link currents, enhancing the performance and reliability of the inverter in converting solar energy to usable AC power.
Conclusion
The Vishay / Dale IHXL2000VZ-3A Automotive Through-Hole Inductors are a versatile and reliable choice for high-current applications in the automotive and renewable energy sectors. Their robust design, high-temperature ratings, and ability to handle transient spikes make them an essential component for engineers looking to enhance the performance and efficiency of their electronic systems.