Offered in compact cases with a profile as low as 1.0mm, the Vishay IFL and IFLS series devices offer high inductance values of up to 100μH which are normally only available in larger components.
The small package sizes of the IFL and IFLS inductors enable system designers to save space and gain valuable design flexibility in the layout of the board.
The inductors feature a ferrite core with a polyurethane enamelled copper wire and an epoxy resin adhesive. Shielded IFLS devices protect nearby components from magnetic radiation, while the non-shielded IFL series inductors offer higher saturation-current ratings.
|Inductance (μH)||1.0 to 22||1.0 to 100||0.47 to 100||1.0 to 33||1.0 to 100||1.0 to 68|
|Typical DC Resistance (mΩ)||64 to 1000||48 to 2460||42 to 1440||55 to 1210||43 to 1730||43 to 650|
|Maximum DC Resistance (mΩ)||77 to 1200||58 to 2952||50 to 1728||66 to 1452||52 to 2076||52 to 780|
|Heat Rating Current (A)||0.40 to 1.70||0.25 to 1.85||0.40 to 2.60||0.25 to 1.80||0.30 to 2.30||0.50 to 2.60|
|Saturation Current (A)||0.33 to 1.50||0.33 to 3.60||0.55 to 7.50||0.26 to 1.50||0.27 to 2.30||0.46 to 3.80|
- Supports power-switching frequencies up to 5MHz
- Operating-temperature range: -40°C to 105°C
- Servers and computers
- Low-profile, high-current power supplies
- Point-of-load converters
- DC-DC converters for distributed power systems and FPGAs