New Inductors Products

Low-Profile Inductor suits voltage regulator applications.

Molded SMT inductors in HM72A Series offer inductance values from 100 nH to 33 mH with saturation levels to 80 A. These RoHS-compliant powdered iron inductors come in 3 package footprints and 6 height options from 2.5-6.5 mm. Along with power applications such as servers, notebooks, work stations, DC/DC converters, and point-of-load modules, products suit distributed power architectures such as...

Inductor Series features non-magnetic design.

Suited for medical industry and other applications where magnetic materials and characteristics must be avoided, MG inductor series act as filter to block certain frequencies that could compromise device performance. Through-hole leaded and surface mount versions, along with RoHS-compliant version, are available. Products are offered with 0.01-4.7 Ã-µH inductance options, 260-3,835 mA dc...

Surface Mount Inductors provide EMI protection.

Housed in 0.237 in.Ã-² package with seated height as low as 0.047 in. above PCB, Models DR365-1 and DR365-2 feature inductance range from 3.3-100 Ã-µH at 100 kHz, 0.1 V with DCR range from 0.11-2.8 W and max rated current from 0.20-1.2 A. RoHS-compliant units operate over temperature range of -20 to +80Ã-

Wire Wound Inductors feature current rating of 1,730 mA.

Measuring 6 x 6 mm with 1.2 mm profile, NR6012 Series targets DC-DC converter choke coil applications in LCD panels of notebook PCs. Family of 11 models offers DC resistance from 0.092-2.18 W and inductance ratings from 3-100 Ã-µH. Sleeveless, square-core winding eliminates wasted space and thickens lead wire inside inductor for low DC resistance, while ferrite-based resin covering enables...

Site Amenities & Furnishings: Key Considerations When Sourcing A High-Volume Manufacturer

This white paper looks at the six key considerations when sourcing a high-volume manufacturer of site amenities and furnishings. Download now to find out more.

BI Technologies' Common Mode Chokes Approved for use in Automotive Communication Applications

High temperature surface mount chokes improve signal integrity for CAN-BUS modes. FULLERTON, CA (March 20, 2006) - Providing automotive design engineers with a compact noise-dampening device designed to filter signals for CAN-BUS applications, TT electronics BI Technologies Magnetic Components Division recently developed a series of surface mount common mode chokes. Designated the HM67 Series,...

Suppression Chokes offer high inductance in compact size.

Available in range of inductance values up to 90 mH and current up to 5 A, vertical EV Series features narrow width while horizontal EH Series features low profile. Low magnetic leakage flux allows designers to mount circuits densely. Common mode, RoHS-compliant units offer max operating voltage of 250 V, operating temperature of -13 to +212Ã-

Shielded Inductors from BI Technologies Ideal for Automotive, Telecomm Industries

High current inductors rated up to 180Ã-

SMD Inductors are designed as per MIL-PRF-83446.

Model M83446 fixed chip inductors are ESA 3201/008 space agency qualified. Available with or without tab terminations, they feature frequency range of 200 kHz to 1 GHz and operating temperature range of -55 to 125Ã-

High Power Shielded Inductors suit computer applications.

Featuring profiles as low as 3 mm, RoHS-compliant HM69 Series has single turn construction with proprietary ferrite core material and class F, 155Ã-

Inductor/Transformer features dual coil configuration.

Measuring 0.493 x 0.493 in. with 0.315 in. seated profile, DR359 Series surface mount inductor/transformer features both parallel and series functionality. Parallel windings feature inductance range from 0.419-1,005.0 mH (Ã-

DoorKing's 1601 Lane Barrier Provides a Higher Level of Traffic Control for Less

DoorKing is proud to introduce an easy add-on to its 1601 Barrier Gate Operator: The 1601 Traffic Lane Barrier. The barrier gate provides greater traffic control while eliminating the need for bollards or crash beams. Check out this video to learn more.