Mini-Circuits New Model Alert: 110 GHz Armored Cables

Mini-Circuits New Model Alert: 110 GHz Armored Cables

Mini-Circuits New Model Alert: 110 GHz Armored Cables DC TO 110 GHz, 1.0mm M-F Armored Cables, Double-Shielded with Low Insertion Loss & VSWR Mini-Circuits’ line of 1.0 mm-terminated coaxial cables includes a half dozen lengths and connector mating adaptations to meet all possible interface requirements. Ultra-wide bandwidth to 110 GHz allows for integration with virtually...
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Mini-Circuits New Model Alert- Tiny LNA with Big Gain

Mini-Circuits New Model Alert: Tiny LNA with Big Gain

Mini-Circuits New Model Alert: Tiny LNA with Big Gain 0.05 GHz TO 10 GHz, Tiny LNA with Big Gain, For Tight SWAP-C Requirements Mini-Circuits has further miniaturized its MMIC product line by shoehorning a high-gain, wideband MMIC LNA into a 1.5 x 1.5 mm QFN-style package to address more demanding SWAP-C requirements. The first catalog...
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COM-2G42G58K0+ Power Divider by Mini Circuits

COM-2G42G58K0+ Power Divider by Mini-Circuits

COM-2G42G58K0+ Power Divider by Mini-Circuits The COM-2G42G58K0+ from Mini-Circuits is an 8-Way 0° / 180° Power Splitter/Combiner that operates from 2.4 to 2.5 GHz. It is designed to maximize the efficiency of high-power amplifiers and generators working in the ISM 2.45GHz band and a variety of other S-band application. This power combiner has a differential architecture that helps...
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Mini-Circuits New Model Alert: Connectorized Multipliers up to 72 GHz

Mini-Circuits New Model Alert: Connectorized Multipliers up to 72 GHz

Mini-Circuits New Model Alert: Connectorized Multipliers up to 72 GHz 9 GHz TO 72 GHz, Coax. Frequency Multipliers, For High-Frequency LO Chains, Upconverters & More Mini-Circuits’ growing ZXF90-series of coaxial frequency multipliers convert a wide range of input frequencies to outputs as high as 72 GHz. Wide output frequency range and input power range make...
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Comparative Analysis of High-Rejection LTCC Filters with Monoblock Technology

Comparative Analysis of High-Rejection LTCC Filters with Monoblock Technology

Comparative Analysis of High-Rejection LTCC Filters with Monoblock Technology Need for Smaller and Higher Performance Drives Technology Upgrade Beginning in 1965 and for approximately 50 years, transistor density in integrated circuits followed Moore’s Law. Yet during the last 15 years, active RF electronics have evolved into the RF System-on-a-Chip (RF SoC) and RF System-in-a-Package (RF...
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