Würth Elektronik High-Current Inductors
Würth Elektronik High-Current Inductors are designed with better mechanical stability for better performance. The WE-HCFT series features THT high-current inductors with extremely low DCR, low core losses (MnZn), and up to 200% higher current capability than the WE-HCF 2815 series. The magnetically shielded WE-HCFT fixed inductors are available in round and flat wire options. The round version achieves comparable inductance values in a smaller package than the flat version. Typical applications include storage inductors for high-efficiency DC-DC converters, high-current power supplies, battery chargers, and solar inverters.The automotive WE-HCFA series is AEC-Q200 qualified and available in a 2818 package size with six inductance values from 1µH to 10µH. The high-current WE-HCFA flat wire inductors feature up to 47A rated current, 14A to 81A saturation currents, and an operating temperature range of -40°C to +150°C. WE-HCFA inductors are ideal for automotive DC-DC converters and can be used as filters for infotainment and audio applications.
Würth Elektronik High Current Inductors are offered in several package sizes: 2012, 2523, 3231, 3521, 3533, 3540, and 3635.
Features
- WE-HCFT
- THT version assures mechanical stability
- 1.5µH to 65µH inductance range
- Up to 75A (saturation >125A) current capability
- Extremely low DCR
- Low core losses (MnZn)
- Magnetically shielded
- -40°C to +125°C operating temperature range
- WE-HCFA
- Flatwire design
- Magnetically shielded
- Up to 50A rated current
- High saturation performance
- Excellent planarity
- Optimized for DC/DC converters
- -40°C to +150°C temperature range, AEC-Q200 Grade 1
Applications
- WE-HCFT
- Storage inductors for high-efficiency DC-DC converters
- High-current power supplies
- Battery chargers
- Solar inverters
- WE-HCFA
- Storage inductors for high-efficiency automotive DC-DC converters
- Single and polyphase buck and boost converters
- Filters for infotainment and audio
Đã phát hành: 2019-04-24
| Đã cập nhật: 2025-06-04
