Inductors/Limiters

Gowanda Electronics is proud to introduce the Gowanda ER3013 series; the industry’s first off-the-shelf RF Surface Mount (SMT) Inductors with established reliability (ER) rating. This series is designed to enable faster assembly processing and reduce the cost of high-reliability electronic systems where ER components are utilized, making designs attainable for even the most challenging high-reliability components.

Two surface-mount inductors measure 3.2 x 2.5 x 2.2 mm (CWS1210) and 4.5 x 3.2 x 3.2 mm (CWS1812).

This new surface-mount low leakage limiter is designed to keep the RF input signals experienced by low-noise amplifiers and front end components of receivers to safe levels by attenuating signals above a specific threshold. They are essential components in the receive chain of many communications and electronics warfare systems in which high signal levels can degrade performance or destroy sensitive components. While there are many limiters available in the marketplace, the ACLM-805FM15 is highly unusual in its ability to handle such high power over a broad frequency range within the confines of a package with a very small footprint.

The performance advantages of wirewound chip inductors are now available in a 0402 body size

With a sleek sub-1mm square surface-mount chip footprint, the new DR354-0 Chip Inductors from Datatronic Distribution, Inc., feature a miniature design that delivers superior performance and value in high frequency circuit designs for a wide range of electronic equipment.

e2v technologies have developed a Ku-Band Passive Limiter designed for high mean power operation, with low loss and fast recovery, handling up to 500W / 10% duty over a 1.2GHz bandwidth...

Krytar offers Model KPL2018 Broadband Coaxial PIN-PIN Diode Limiters from 2 to 18 GHz (other frequency bands available)...

This X-Band waveguide limiter provides excellent protection from unwanted signals. It features STC and Blanking capabilities plus an integrated noise source for additional system flexibility.