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Company Profile
Contact Information:
Title: VP Sales & Marketing
Phone: (772) 286-9300
Fax: (772) 283-5286
Email: Click here to see email.
Website: https://www.emc-rflabs.com
Location:
Florida RF/EMC Technology
8851 SW Old Kansas Avenue
Stuart FL 34997
United States
Lab-Flex® Qseries utilizes the highest grade, radiation resistant, non-outgassing materials to insure maximum life and high level performance. Construction consists of a robust, low loss, extruded PTFE dielectric housed in a triple shielded outer conductor system for maximum shielding effectiveness.January 13, 2012
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RFMW and Florida RF Labs introduce the Doupler
EMC Technology, a global power house in RF/microwave resistives and signal distribution passive components, has released a new series of low-loss wideband hybrid couplers. The innovative HybriX® signal distribution product family, WH0530TF and WH1727F are the flagships of the new wideband hybrid coupler series. 
Lab-Flex® AF, a modified version of the popular Lab-Flex® series, is now available from Florida RF Labs. This new family of cables has been enhanced to perform in typical harsh environments associated with airborne, shipboard and ground-based applications.
Florida RF Labs has expanded its popular Lab-Flex® family of cable assemblies to include 2 new 50 GHz designs, Lab-Flex® 100 & 125. These RF cables contain all of the mechanical and electrical characteristics that have become the standard of excellence for our high performance cable assembly products.
Florida RF Labs has expanded its line of stranded center conductor cables Lab-Flex® S, a modified version of the Lab-Flex® high performance flexible cable assemblies. Lab-Flex® S cables offer higher flexure rates and durability than solid center conductor designs. They are especially well-suited for test set-ups in addition to radar and antenna systems applications requiring flexible coaxial interconnects that are subjected to constant motion. 
Florida RF Labs has expanded the HybriX® coupler product line with the introduction of new 0805-styled hybrid couplers. Built with advanced low temperature co-fired ceramic (LTCC), the HVx3F series outperform existing miniature couplers in operating temperature range and power handling.
EMC Technology introduces a new higher frequency coaxial attenuator. The 42 W series of high performance, precision SMA coaxial fixed attenuators expands EMC Technology’s current offering of SMA coaxial products out to 18 GHz. This product is also REACH, RoHS and DFARS compliant.
Florida RF Labs introduces a new high-power termination. This device will dissipate 200W and operates from DC to 1 GHz. VSWR: 1.20:1 max. Available in two mounting styles: 2-hole flange 32-1201 and chip 82-3060. Each device is also available RoHS compliant.
True RMS power detection from DC to 6 GHz. The Smart Load can be used in closed loop applications for power and fault detection as well as in feedback loops as a VSWR detector. 3 varieties are available with different response times and sensitivity levels.
The Conformable® BJ cable family offers the option of a hand-formable replacement to Semi-Rigid cable with only a slight isolation and Insertion Loss penalty. Florida RF Labs hand-formable cable assemblies come with a metal foil under the copper-tin composite shield for added connector strength and improved performance.
Florida RF Labs, a leading manufacturer of high power attenuators, terminations, resistors and coaxial cable assemblies announces the release of the 83A7038F surface mount technology (SMT) attenuator. The 83A7038F SMT attenuator operates from DC to 6 GHz and provides excellent impedance match in the entire frequency band.
Florida RF Labs, a leading manufacturer of high power attenuators, terminations, and resistors, announces the availability of the 33A1054F and 33A1055F flange mount attenuators. These new attenuators are specifically designed for use in RF & Microwave circuits with high peak power requirements.
EMC Technology introduces a new solution for temperature compensation, the AN7, an SMT planar style chip design. This new AN7 offers a small 0805 package size for TVA line and has excellent frequency response from DC to 6 GHz. The AN7 is suitable for high volume, pick & place and targeted for Telecom and WiMAX applications.
The 42XXF is a high performance, precision SMA coaxial attenuator value priced for high volume applications. This new and improved version of the 42XX series of SMA coaxial attenuators is, in EMC tradition, offered in commercial or high reliability versions for a wide range of applications.
Low-loss, stranded center conductor cables are specifically designed for applications where durability over repeated flexure is important. They are especially well-suited for test set-ups as well as radar and antenna systems that require flexible coaxial interconnects that are subjected to constant motion.
Florida RF Labs has expanded the HybriX® coupler product line with the introduction of a new X-band hybrid coupler, HPX2F. With operating frequency of 8 to 12 GHz, HPX2F is the world’s first multi-layered PTFE coupler designed for X-band applications including satellite, radar, point-to-point radio, and telemetry.
Florida RF Labs has introduced a high performance, flange mounted, 800 W termination. The 32M7200F offers outstanding performance and low VSWR and the convenience of bolt on installation. This termination has been optimized for performance in the DC-0.5 GHz frequency range.
Florida RF Labs has introduced a new and innovative solution for power combining and monitoring. The Doupler™ is a hybrid coupler and directional coupler integrated within a single SMT package. This novel approach brings together the benefits of reduced component count, lower insertion loss, and minimized PCB footprint.Downloads
CVD Diamond High Power Resistors and Terminations
Commonly used substrates for high power resistors and terminations are Beryllia, Aluminum Nitride, and to alesser extent, Boron Nitride and Silicon Carbide. While these materials are known for their superior thermal properties, none of them come even close to matching the thermal conductivity of CVD Diamond.
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