CentricRF
Centric RF was formed to be a supplier of quality Microwave & RF components with superb performance and value pricing delivered from stock. Featured products include Adapters, Attenuators, Cable Assemblies, Terminations, DC Blocks, and Bias T’s. We’re proud of the low VSWR’s and precision construction of our products.
- 800-399-6891
- tech_support@centricrf.com
- sales@centricrf.com
- 1130 Junction Dr.
Suite 121
Allen, TX 75013
United States of America
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Product
Shorts
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These coaxial shorts are useful to establish a reference plane, as well as providing certain protections from the environment. SMA shorts and Type N Shorts can establish reference planes. These coaxial shorts are not VNA grade but are often used at lower frequencies for calibration purposes. Included here are the following shorts: 2.4mm, 2.92mm, 2.2-5, BNC, N, SMA, SMB, SMP, SSMA, SSMC, TNC. Note, more options: 1.85mm is compatible with 2.4mm, 3.5mm is compatible with 2.92mm.
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Product
Attenuators
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We feature over 20,000 Microwave & RF Attenuators from 0-67GHz in stock. 1.85mm 67ghz attenuators. SMA attenuators to 3ghz, SMA Attenuators to 6ghz, 18ghz, & 27ghz; Type N attenuators to 6 ghz, 50 watt 3ghz Type N Attenuators, 500 watt 8.5ghz attenuators. Rotary, Variable, & Switch attenuators to 40Ghz. 2.4mm 50ghz attenuators.
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Product
DC Blocks
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Coaxial DC Blocks allow the transmission of RF signals while blocking DC signals, usually using a blocking capacitor. We feature SMA DC blocks, 2.92mm DC Blocks, 1.85mm DC Blocks, BNC DC Blocks, TNC DC Blocks, and Type N DC Blocks. DC blocks can block the inner conductor, outer conductor, or both; hence there are "inner" dc blocks, "outer" dc blocks, and "inner/outer" dc blocks. These Coaxial DC Blocks are frequently used in Satellite Systems where a control voltage is passed along with the RF signal, and the coaxial dc block protects equipment. The BNC DC block uses a precision bnc to get to 4ghz. The C0927 SMA DC Block uses dual parallel capacitors to achieve its broad bandwidth, its ideal for EO & NRZ systems.
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Product
Connectors
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We feature high performance coaxial connectors, including smp bullets. Also edge launch 2.92mm & 2.4mm connectors. & We've just started offering connectors that can be used to make cable assemblies. SMA Conectors are available for cables, and we also have sma connectors -thread in style.
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Product
Bias T's
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Centric RF offers Coaxial Bias T's so that a DC voltage can be applied to the rf signal path. These Bias Tee's (aka bias t) currently are offered with sma and 2.92mm connectors. Bias T's are implemented by attaching a broadband inductor to the circuit trace, with the power rating of the bias tee being determined by the size of the inductor.
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Product
Impedance Matching Pads
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These impedance matching pads are resistive networks that can be used to match 2 devices with different nominal impedances. The resistive network used in these impedance matching pads has a 5.7db theoritical insertion loss; true loss is 5.7db plus the normal other losses. common use is to connect 50 ohm sma's to 75 ohm f's. There are also 75 ohm versons of N's, BNC's, & SMA's.
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Product
Cable 2.92mm 40ghz VSWR 1.35 Max 24in 047 Flexible
C552-047-24B
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2.92mm Flexible Cable. 0.047" Diameter Cable so very flexible & easy to hook up. 24". VSWR 1.35 max.
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Product
Power Dividers
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We currently offer coaxial resistive power dividers (aka power splitters), which are inherently broadband and have excellent low frequency response (0!) albeit with poor isolation; and also Wilkinson Power dividers, aka Wilkinson Splitters. We have as connector options SMA, N, 1.95mm, & 2.92mm. Our power dividers cover DC-70Ghz. While most of our power dividers are 2-ways, we also have 3, 4, & 8 way dividers. The resistive power splitters are implemented with tiny resistors. Wilkinson splitters can be microstrip or stripline. RF Power Dividers are often lumped element, Microwave Power Dividers are often microstrip.
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Product
Waveguides
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A waveguide attenuator is an RF device specifically designed to reduce the power of a signal without affecting or reducing the waveform of the signal.
