Products

808_806-2-0 252WWP

Weatherproof (IP67/68) 6 and 8-Way Power Divider

MECA is pleased to announce its latest addition to our extensive line of power dividers with the 6 and 8-way splitters.  Available in Type N & SMA, Wilkinson power dividers, optimized for excellent performance with industry leading specifications from 5 to 500 MHz. Offering typical VSWR’s ranging from 1.20:1, Isolation of 25 dB typical, offering exceptional phase and amplitude.


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TNC_group

TNC Components

MECA offers a line of BNC power dividers, attenuators and terminations. Power dividers from 2 through 16-Way, 40 W power divider/combiners are optimized for excellent performance across all wireless bands from 698 MHz to 2.7 GHz. Also 2 W terminations and attenuators available in values from 1 to 32 dB. 


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5G_Ready

5G Ready Millimeter-Wave Products

MECA offers a family of components covering the various proposed bands for 5 G and millimeter-wave bands.  Featuring power divider and couplers covering 6 to 40 GHz with 2.92 and 2.4 mm  interfaces along with supporting components such as attenuators, terminations, bias tee’s, DC blocks and adapters.  With octave and mulita-octave units covering 1 to 18 GHz with SMA interfaces all built by J-Standard certified assemblers and technicians. 


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Custom Shrouds

Shrouds..1_19_12_71_EditMetProCo shrouds and headers accept push-on connectors and consist of one of these three configurations; smooth bore, limited detent and full detent. Often manufactured of Kovar® or other material of high hermeticity and stringent RF properties, MetProCo shrouds can withstand inadvert atmospheres including temperatures from -40°C to 175°C. MetProCo's custom designed products are relied upon in military (DoD), commercial, communications, aerospace, and other industries.


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AtlanTecRF Launches Multiple Frequency Comb Generator

Multiple Frequency Comb Generator

AtlanTecRF has launched a Multiple Frequency Comb Generator, which is designed for use in up to the minute particle physics and material science research. The input signal is amplified to provide power to a comb generator. Frequencies are selected by a switched filter bank. Signal control for AM modulation is provided by way of a voltage variable attenuator and phase shift control through a line stretcher.


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