#ACTIVE RF ISOLATOR REGISTRATION#

RF-Lambda attends the 2017 Electronic Design Innovation Conference & Exhibition (EDI CON) in Boston, Massachusetts as a Gold Sponsor.

RF-Lambda attends European Microwave Week (EuMW )2017 in Nuremberg, Germany in partnership with EMCO Electronik GMBH.

RF-Lambda launches education focused programs for Gold Star families focused on creating fun and engaging experiences to develop strong character, self confidence, passion and strength in knowledge.

We´ve made a large investment in this clean room along with new reliability testing equipment to offer the best quality in the industry.

RF-Lambda's new ISO7 10K clean room facility is up and running.

RF-Lambda begins development of a 6-18GHz KW phase array radar jamming system, which can be used for radar jamming applications and 5G smart antenna systems.

Following the IMS 2019 show in Boston MA, and the Satellite Show 2019 in Washington DC, RF-Lambda will be in Paris to participate in EuMw 2019 to support our European customers.

RF-Lambda proudly announces our capability to offer hermetically sealed packages for our active and passive components such as amplifiers, switches, dividers, and couplers.

Hermetic sealing is one of the most challenging processes in the RF industry.Faith has selected California Polytechnic State University (CalPoly SLO) for the next four years where she will major in Material Engineering. Committed To Supporting The Families Of The Fallen – RF-Lambda is excited to announce that Faith Ann Brookshire is the RF-Lambda Memorial Scholarship recipient for 2020.RF-Lambda is introducing a new hermetically sealed (MIL-STD-883) miniature embedded amplifier in a coaxial or drop in style package with frequencies covering 1-2GHz, 2-4GHz, 4-8GHz, 2-8GHz, 6-18GHz with noise figure ranging from 0.5dB to 1.2dB max.Exciting Announcement! RF-Lambda and RFMW is pleased to announce an agreement that will expand our reach to offer the best RF broadband solutions.Topic: Avoiding RF Isolators - Reflectionless Filtering Components for Emerging Wireless Systems Molex’s RF Isolator and RF Circulator product portfolio with drop-in, surface-mount, custom integrations and waveguide categories offers more than 6,000 variants in frequencies from 380 MHz to 40 GHz, and they can be designed to match customer-specified mechanical, electrical and operational parameters. Experimental results of several proof-of-concept demonstrators in a variety of technologies will be also presented. This includes both mono-functional and multi-functional RF devices in which several RF-analog-signal-processing actions are co-integrated together. After introducing the problems of RF power reflections in RF front-end chains and classic solutions to circumvent them with their limitations, the main strategies for the design of reflectionless RF passive components as new paradigm will be described. The purpose of this webinar is to familiarize the audience with the emerging topic of reflectionless/absorptive RF passive components, which may result in considerabe benefits for emerging RF front-end chains of new wireless systems (e.g., 5G and beyond) in terms of energy-efficiency/DC-power-saving, overall size/volume, and cost. A more-efficient solution that is recently gaining considerable research attention may be the exploitation of “reflectionless” RF passive devices, where the out-of-band signal energy is dissipated inside the circuit instead of being reflected back to the source so that RF isolators are no longer needed. Whereas passive and active RF isolators avoid this problem, this is done at the expense of higher size/volume and increased DC power consumption, respectively, and higher cost.

Indeed, such RF signal-power reflections may induce RF amplifiers to operate in the non-linear regime or to create additional undesired mixing products in frequency-conversion stages.

RF isolators are usually employed in RF front-end chains to prevent active stages to be damaged by the presence of RF signal-power reflections created by the passive stages (e.g., RF bandpass filters) in their stopband regions.

#ACTIVE RF ISOLATOR REGISTRATION#

View past and registration opens two weeks prior to presentation.

Active rf isolator