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rf signal  (Mini-Circuits)


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    Mini-Circuits rf signal
    Rf Signal, supplied by Mini-Circuits, used in various techniques. Bioz Stars score: 96/100, based on 224 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/rf+signal/Connectorized+Solid+State+Switches/pmc13115950-130-1-8
    Average 96 stars, based on 224 article reviews
    rf signal - by Bioz Stars, 2026-09
    96/100 stars

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    Related Articles

    Amplification:

    Article Title: Multi-photon multi-quantum transitions in the spin- <mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML"><mml:mfrac><mml:mn>3</mml:mn><mml:mn>2</mml:mn></mml:mfrac></mml:math> silicon-vacancy centers of SiC
    Article Snippet: .. An RF signal from the source was amplified using an RF amplifier (LZY-22+ from mini circuits and ZHL-5W-1+). ..

    Article Title: Multimodal Super‐Resolution Imaging of Nitrogen‐Vacancy Centers via High‐Index‐Induced Structured Illumination Microscopy and Optically Detected Magnetic Resonance Spectrometry
    Article Snippet: .. The RF signal was routed through a switch (Mini‐Circuits, ZFSWA2‐63DR+) and amplified (Mini‐Circuits, ZHL‐1W‐63‐S+), then delivered to an RF antenna positioned near the diamond. ..

    Article Title: Optical Properties of Wounds: Diabetic Versus Healthy Tissue
    Article Snippet: Diffuse photon density wave (DPDW) methodology at Near Infrared frequencies has been used to calculate absorption and scattering from wounds of healthy and diabetic rats.. The diffusion equation for semi-infinite media is being used for calculating the absorption and scattering coefficients based on measurements of phase and amplitude with a frequency domain device.. Differences observed during the course of healing in the two populations can be correlated to the delayed healing observed in diabetics.



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    Second-order subharmonic injection-locked OEO. (a) The measured optical spectrum. (b) The RF spectrum of the 28.7 GHz signal measured with an RFSA with a frequency span of 600 kHz and a RBW of 2.4 kHz. Inset: the RF spectrum of the second-order subharmonic injection-locked OEO measured with an RFSA at Maxhold mode (blue curve) within 13 min and normal mode (red curve). (c) The measured phase noises of the 28.7 GHz RF signal generated by the free-running OEO (black curve), the second-order subharmonic injection-locked OEO (red curve), and the external injected RF source (Keysight E8257D) (blue curve). (d) The measured locking range as a function of the injection power.

    Journal: Nanophotonics

    Article Title: Subharmonic injection-locked photonic integrated thin-film lithium niobate optoelectronic oscillator

    doi: 10.1515/nanoph-2025-0476

    Figure Lengend Snippet: Second-order subharmonic injection-locked OEO. (a) The measured optical spectrum. (b) The RF spectrum of the 28.7 GHz signal measured with an RFSA with a frequency span of 600 kHz and a RBW of 2.4 kHz. Inset: the RF spectrum of the second-order subharmonic injection-locked OEO measured with an RFSA at Maxhold mode (blue curve) within 13 min and normal mode (red curve). (c) The measured phase noises of the 28.7 GHz RF signal generated by the free-running OEO (black curve), the second-order subharmonic injection-locked OEO (red curve), and the external injected RF source (Keysight E8257D) (blue curve). (d) The measured locking range as a function of the injection power.

    Article Snippet: The comparison of phase noise for the 28.7 GHz injection RF signal – generated by the free-running OEO (black curve), the second-order subharmonic injection-locked OEO (red curve), and the Keysight E8257D (blue curve) – is illustrated in .

    Techniques: Injection, Generated

    Sixth-order subharmonic injection-locked OEO. (a) The measured optical spectrum. (b) The RF spectrum of the 28.7 GHz signal measured with an RFSA with a frequency span of 600 kHz and a RBW of 2.4 kHz. Inset: The RF spectrum of the sixth-order subharmonic injection-locked OEO measured with an RFSA at Maxhold mode (blue curve) within 2 min and normal mode (red curve). (c) The measured phase noises of the 28.7 GHz RF signal generated by the free-running OEO (black curve), the sixth-order subharmonic injection-locked OEO (red curve), and the external injected RF source (Keysight E8257D) (blue curve). (d) The measured locking range as a function of the injection power.

    Journal: Nanophotonics

    Article Title: Subharmonic injection-locked photonic integrated thin-film lithium niobate optoelectronic oscillator

    doi: 10.1515/nanoph-2025-0476

    Figure Lengend Snippet: Sixth-order subharmonic injection-locked OEO. (a) The measured optical spectrum. (b) The RF spectrum of the 28.7 GHz signal measured with an RFSA with a frequency span of 600 kHz and a RBW of 2.4 kHz. Inset: The RF spectrum of the sixth-order subharmonic injection-locked OEO measured with an RFSA at Maxhold mode (blue curve) within 2 min and normal mode (red curve). (c) The measured phase noises of the 28.7 GHz RF signal generated by the free-running OEO (black curve), the sixth-order subharmonic injection-locked OEO (red curve), and the external injected RF source (Keysight E8257D) (blue curve). (d) The measured locking range as a function of the injection power.

    Article Snippet: The comparison of phase noise for the 28.7 GHz injection RF signal – generated by the free-running OEO (black curve), the second-order subharmonic injection-locked OEO (red curve), and the Keysight E8257D (blue curve) – is illustrated in .

    Techniques: Injection, Generated