New Inductors Products

SMT Chip Inductors measure 0.5 x 0.25 x 0.25 mm.

GLTZ Series epoxy encapsulated inductors are made by laser-cutting helix in copper deposited on alumina core. Series includes 17 models with inductance range of 1.0 to 22 nH. Sandard tolerance on inductance is Ã-

Inductors have low profile, surface mount design.

Series DR340-X SMD Inductors have low seated profile of 0.319 to 0.315 in. above circuit board and operate over temperature range of -40 to +85Ã-

Surface Mount Inductors suit reflow soldering applications.

The DR349-X Series SMD Inductors offer inductance range from 10-220 Ã-µH, resistance of 0.13 to 21 ohms and max rated current from 50-1800 mA. Low seated profiles range from 0.095-0.198 in. Units are compatible with high-speed automated pick-and-place assembly and high-temperature solder equipment. They are manufactured with UL94V0 compliant materials and feature operating temperature range...

Antenna Coils are packaged with flexible circuits.

Flex-Coils, with flexible or rigid-flex circuits, and wire as small as 50 AWG, allow high sensitivity in flat laminated package. Etched coils feature total thickness of less than 0.010 in. Polyimide insulation provides high dielectric strength and protection for antenna. Flex-Coils can be designed in round, oval, or other shapes to meet packaging requirements for implantable medical devices,...

A Kickstart Guide to Cyanoacrylates

This eBook provides a guide to Cyanoacrylate instant adhesives.

Surface Mount Inductors provide high current and small size.

SMT4015 shielded toroidal choke is designed for high current handling capability. It features inductance from 1.0 to 250 Ã-µH (@ 1 kHz), current ratings from 11.6 to 1.05 A, and saturation currents from 17.4 to .70 A. SMT1803 low profile toroid offers high current to power size ratio. It features inductance from .47 to 100 Ã-µH (@ 1 kHz), current ratings from 2.16 to .28 A, and saturation...

SMT Inductors meet high frequency switchmode applications.

SMI-4 Series consists of 18 parts with inductance values ranging from 10.0 microhenries @ 3.63 A to 820.0 microhenries @ .38 A. Tolerances for inductance values is 20% for 10.0 to 47.0 microhenry values and 10% for 56.0 to 820.0 microhenry values. With pads solder-masked to core, inductors can be IR or vapor phase soldered directly to printed circuit board. Typical dimensions are .390 x .354 x...

Tiny Inductors handle wide temperature range.

PM0402 Series of multilayer, surface-mount chip inductors measure 1 x 0.5 x 0.5 mm and operate in temperatures of -25 to +105Ã-

Inductors feature miniature surface mount design.

SMI-3 Series consists of 16 different parts with range of inductance values from 10.0 microH @ 3.28 A to 560.0 microH @ 0.45 A. Tolerances are 20% for 10.0 to 47.0 microH values and 10% for 56.0 to 560.0 microH values. With pads solder-masked to core, inductors can be IR or vapor phase soldered directly to printed circuit board. Typical dimensions are 0.390 x 0.354 x 0.157 in. high.

Line Reactor provides protection for electronic equipment.

SLR Series DIN rail mounted line reactor supplies additional line filtering capabilities to protect equipment from harmonic distortion, nuisance tripping, and line notching. Its inductive filter removes harmonics to eliminate drive cross-talk and interference. SLR Series is available with footprints from 4.93 x 4.73 x 2.77 in. to 4.88 x 5.91 x 3.66 in. (W x H x D) and ratings from 2 to 20 hp.

Surface Mount Inductors handle high currents.

DR356 Series has inductance range from 580 nH to 2.3 microH and rated current from 12-22 A. This makes them suitable for filtering dc-dc converters and switching power supplies in laptops, PCs, telecommunications, and instrumentation. Maximum height for DR356-1 is 0.185 in. while DR356-2 is 0.197 in. Both have footprint of 0.50 x 0.50 in., operate in temperatures from 40 to 105Ã-

SRG Global Coatings Enhance Surface Durability, Efficiency, Design Flexibility

SRG Global's automotive coatings enhance the structural integrity of the finished part while also improving vehicle efficiency. Check out our video to learn more.