Inductors/Limiters

A line of 0603-sized wirewound miniature chip inductors provides inductance of 1.8 to 120 nH in 20 values in the industry standard 0603 surface mount package.

This J-Band (12 - 18 GHz) waveguide limiter demonstrates Cobham Sensor Systems leading capability in producing waveguide limiter and receiver protector designs for Military and Commercial applications.

Gowanda's portfolio of broadband microwave RF conical inductors has been developed to address the need for higher performance from broadband conical components. They are ideal for use in communication applications for bias T’s, broadband chip manufacturing, communication platforms, high frequency, microwave circuitry, RF test set-ups, test and measurement, test gear, test instrumentation and transmission amplifier applications.

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).

Datatronic produces a wide variety of "off the shelf" and custom inductors and chokes for EMI suppression in switching power supply and other filter applications.

Cobham’s MALI-010303-000000 is a passive S-Band non-reflective drop-in limiter.

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.

This high reliability S-band ‘Drop-in’ limiter module features a weight and space saving design. By utilising Cobham Sensor Systems GMIC (Glass Microwave Integrated Circuit) Technology, integration applications can benefit from both small feature size and high performance.