Würth Elektronik WE-FAMI Inductors
Würth Elektronik WE-FAMI Inductors are THT high-current inductors made of a coil design material and featuring 60% higher current saturation than the previously available portfolio of comparable component series. The wiring pattern not only ensures an additional reduction in the DC resistance but also enhances the mechanical stability of the component. The magnetically shielded construction design reduces the magnetic stray field and also offers insulation protection against accidental contact, eliminating additional insulation measures. Würth Elektronik WE-FAMI Inductors can be ideally integrated into DC/DC converters, power supplies, power pack chargers, and home entertainment systems.Features
- Optimization of material composition causes high performance
- Up to 19.7A saturation current
- Shielded design
- Low stray field
- THT high-current inductor with high ISAT and low RDC
- Coil is used as a pin
- No contact resistance, no additional soldering or welding join, and increased mechanical stability
Applications
- Home entertainment systems
- DC/DC converters with high current loads
- Power supplies and battery chargers
- Computer systems and servers
- Portable devices
Inductor Construction
View Results ( 21 ) Page
| N.º de artículo | Hoja de datos | Inductancia | Corriente CC máxima | Resistencia CC máxima | Longitud |
|---|---|---|---|---|---|
| 744750530047 | ![]() |
4.7 uH | 11.8 A | 4.8 mOhms | 11 mm |
| 744750230047 | ![]() |
4.7 uH | 6.5 A | 12.5 mOhms | 11 mm |
| 744750230100 | ![]() |
10 uH | 4.6 A | 23 mOhms | 11 mm |
| 744750230150 | ![]() |
15 uH | 3.7 A | 35 mOhms | 11 mm |
| 744750340047 | ![]() |
4.7 uH | 9 A | 8.5 mOhms | 13 mm |
| 744750340150 | ![]() |
15 uH | 5.6 A | 20 mOhms | 13 mm |
| 744750460150 | ![]() |
15 uH | 9 A | 12 mOhms | 15.8 mm |
| 744750530100 | ![]() |
10 uH | 8.9 A | 9.5 mOhms | 11 mm |
| 744750560100 | ![]() |
10 uH | 11.4 A | 6.8 mOhms | 15.8 mm |
| 744750560220 | ![]() |
22 uH | 7.7 A | 14.5 mOhms | 15.8 mm |
Publicado: 2015-09-02
| Actualizado: 2022-03-11

