This 2-way 0o splitter covers the 2-18 GHz range. It comes in a 4mm QFN package and features 1.7 dB insertion loss, 20 dB isolation, 10 dB return loss, and a -40 to +85C operating temperature. For a functional diagram and information on its performance, download the datasheet.
DLI’s PDW05758 is a high frequency SMT Wilkinson power divider covering the 6-18 GHz frequency range. It features 0.7 dB insertion loss (typical), 20 dB isolation and return loss (typical), excellent phase and amplitude balance, and a compact size.
MCLI’s PLH Series of high power lumped element dividers and combiners covers the 0.01-5000 MHz range. They feature high isolation and reliability, ultra-high power, low insertion loss, low VSWR, uniform amplitude and phase balance, and more.
MCLI offers lumped element power dividers and combiners with low, medium, and high power offerings, and dividing/combining capabilities with up to 32-way configurations. The PL4 Series is part of the lumped element power divider and combiner family and features high isolation and reliability, low insertion loss and VSWR, and uniform amplitude and phase balance.
The PL8 series is comprised of 8-way lumped element power dividers covering the 0.01-1000 MHz frequency range. They’re ideal for signal measurement, feedback monitoring, combining/splitting antenna signal feeds, and antenna beam forming.
DFINE’s JDMD350S12A 12-way millimeter wave power divider features high isolation (>18dB), <4dB insertion loss, <1.7 VSWR, <+0.7dB amplitude unbalance, <+12o phase unbalance, and a weight of <1kg. It has an operating temperature range of +65 to -45oC and is ideal for point frequency applications. For more information, download the datasheet.
This space qualified power divider operates in the 620-820 MHz frequency range and uses a combination of ferrite and microstrip technologies in a hermetically sealed flatpack.
These lumped element power dividers and combiners are available in 10, 11, 12, and 16-way configurations. They feature uniform amplitude and phase balance, low insertion loss, low VSWR, high isolation, and high reliability.