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This week I have selected 5 Mini-Circuits products and a new article "A Dual Band Channel Sounder Module for FR1 & FR3 Band Modelling (6.75 GHz & 16.95 GHz)" for you to discover.
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I hope you will enjoy the read and look forward to be of further assistance to you.
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As always, please feel free to contact us with any questions you may have.
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During the high holidays of Succoth (Feast of Tabernacles), and Simchat Torah (Rejoicing the Law), our office will be working as follows:
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minimal staff will be present until 13:00
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minimal staff will be present during Succoth for urgent matters.
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minimal staff will be present during Succoth for urgent matters.
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minimal staff will be present during Succoth for urgent matters.
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Categories: Amplifiers, Filters, Mixers, Multipliers
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While much research has been devoted to exploring millimeter-wave bandwidths for high-data-rate wireless communications, much of the deployment of 5G to date has relied on frequencies in the sub-6 GHz (FR1) region of the spectrum. The channel capacity of the FR2 bands has been used in urban environments with high subscriber demand where infrastructure can be installed with sufficient density to compensate for the short range and poor penetration of high-frequency signals. Meanwhile, network operators still rely on lower-frequency signals for more ubiquitous coverage.
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Similar desire for the data capacity and speed of millimeter-wave and sub-THz transmissions with broad network coverage and low power requirements of lower frequencies has spurred strong interest in the FR3 bands (7 to 24 GHz) as a possible “Goldilocks zone” for the next phases of 5G and 6G development.
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Professor Ted Rappaport and his graduate research fellows of NYU WIRELESS in Brooklyn, New York are among the leading researchers exploring the propagation characteristics of 5G and 6G frequency bands under consideration for commercial use by the ITU and telecom industry. In 2022 Rappaport and his team visited Mini-Circuits’ facilities in Brooklyn, and Deer Park on Long Island as a test bed for their work to develop the first spatial statistical model for ultra-wideband signals above 100 GHz in a real-world factory environment.
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LTCC 90° Hybrid
45 - 55 MHz, 50Ω
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Categories: Power Splitters/RF Power Combiners
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Mini-Circuits’ QCU-55+ is a miniature low temperature co-fired ceramic (LTCC) 2-way 90° power splitter with a 45-55 MHz passband that supports a variety of applications. This model provides 1.5 dB typical average insertion loss above the theoretical 3dB loss over a mainline, due to its rugged monolithic construction. Housed in an 1812 ceramic form factor, it is ideal for dense …
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RF Adapter Straight
1.35mm Female to 1.85mm Female
DC - 67GHz 50Ω
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Mini-Circuits’ 135F-185F+ is a coaxial 1.35 mm Female to 1.85 mm Female adapter supporting a wide range of applications from DC to 67 GHz. This model provides excellent VSWR and low insertion loss versus frequency. The 135F-185F+ features passivated stainless-steel construction and measures only 0.83” in length.
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Connectorized SMA Female, Wideband Amplifier
2 to 20 GHz, 50Ω
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Mini-Circuits’ ZVA-02203LN(X)+ is a coaxial, wideband amplifier offering flat gain across a wide frequency range from 2 to 20 GHz. This model operates on a single +12 V supply with 290 mA typical current consumption and is capable of delivering up to 60 mW output power at 1 dB compression. The amplifier comes in a rugged, compact case (1.2” x …
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LTCC SMT Low Pass Filter
DC - 34 GHz, 50Ω
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Mini-Circuits’ LFCN-3402+ is a miniature low-temperature co-fired ceramic (LTCC) low pass filter with a DC to 34 GHz passband that supports a variety of applications. This model provides 2.8 dB typical insertion loss over a wide band, due to its rugged monolithic construction. Housed in a small 1206 ceramic form factor, the filter is ideal for dense signal chain PCB …
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LTCC High Pass Filter
7.6 - 20 GHz
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ZHFW-K7000+ is a 50ohm high pass filter built in broad band connectorized package. Covering 7.6-20 GHz bandwidth, these units offer good matching within the passband and good rejection in stopband. ZHFW-K7000+ offer low insertion loss, and excellent power handling capability. It handles up to 2.5 W RF input power and provides a wide operating temperature range from -55°C to 125°C.
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Tel: 03-7988118
Mobile: 054-4600801
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Tel: 03-6736696
Mobile: 054-2008813
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Our Engineering Team is here to help you!
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MCDI, Mini-Circuits Exclusive Representative in Israel, hosts a professional team of Application Engineers with decades of experience. Our Engineers are here to assist with identifying the products that are just right for you, advise on correct setups and solutions. They are just a phone call or an email away and also will be delighted to meet you at your location throughout Israel. You may call them directly by clicking on their picture or visit our support page.
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