
RF circulators are indispensable non-reciprocal components in modern wireless communication systems, responsible for isolating transmit and receive signals and ensuring stable signal transmission in multi-port RF frontends. Traditional ferrite-based circulators suffer from inherent narrow operating
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A circulator with built-in load termination is a specialized three-port non-reciprocal RF/microwave component optimized for one-way signal transmission and reflected power dissipation, integrating a precision matched resistive load directly within its compact package. Unlike conventional standalone
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RF circulators integrated with SMA female connectors are essential passive microwave components widely deployed in modern wireless communication, radar, and RF testing systems, serving as directional signal control devices with unidirectional transmission characteristics. Unlike male connector varia
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The low-loss isolator with 20 dB minimum isolation is a high-performance RF passive component that balances ultra-low insertion loss and excellent reverse isolation performance, tailored for high-sensitivity and high-efficiency RF signal transmission systems. The 20 dB minimum isolation index serves
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Ferrite isolators rely on the non-reciprocal Faraday rotation effect of ferrite magnetic materials to realize unidirectional signal transmission, but their electromagnetic performance is highly sensitive to ambient temperature changes, resulting in inherent temperature drift defects. The magnetic pe
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The low-loss isolator with 20 dB minimum isolation is a high-performance RF passive component that balances ultra-low insertion loss and excellent reverse isolation performance, tailored for high-sensitivity and high-efficiency RF signal transmission systems. The 20 dB minimum isolation index serves
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