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    Passive RF Bandpass Filter, 5~6 GHz

    Passive RF bandpass filter is a crucial component in electronic systems, designed to selectively allow a specific range of radio frequencies to pass while attenuating others. This BPF band pass filter is instrumental in audio processing and antenna systems applications. ATO passive RF bandpass filter for sale, with a frequency range from 5 GHz to 6 GHz, impedance 50 Ohm, SMA female connectors.
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    In the realm of audio applications, passive RF bandpass filters are instrumental in mitigating unwanted noise and interference, facilitating the transmission of a clean and unblemished signal. For antennas, these BPF band pass filters contribute to the tuning process, allowing for the reception of desired frequencies while rejecting undesired signals.


    • Model: ATO-BPF-5/6-SE
    • Frequency Range: 5~6 GHz (5000~6000MHz)
    • Impedance: 50 Ohm
    • Insertion Loss: ≤1.0dB
    • Passband Fluctuation: ≤0.6dB
    • Restraint Outside the Band: ≥45dB@DC-4500MHz, ≥45dB@6500-12000MHz
    • VSWR: ≤1.50:1
    • Input/ Output Connectors: SMA-Female
    • Operation Temperature: -40℃~+70℃
    • Surface Fishing: Black Paint
    • Dimension: 48*18*10mm

    Dimension (Unit: mm)

    6 GHz passive RF bandpass filter dimension

    Test Curve Diagram

    6 GHz passive RF bandpass filter test curve

    Tips: What applications are suitable for passive RF bandpass filters?

    Passive RF bandpass filters find applications in various wireless communication systems, such as cellular networks, satellite communication, and RFID systems. They are crucial for filtering unwanted signals and noise, allowing only the desired frequency range to pass through. In wireless receivers, bandpass filters are employed to select specific channels, ensuring proper signal reception and minimizing interference. In radar systems, these filters help isolate the desired target signals from clutter and background noise. Additionally, passive RF bandpass filters play a key role in spectrum analyzers, where they aid in frequency discrimination and analysis. Overall, their applications extend to any RF system where selective frequency response and signal purity are essential for optimal performance and reliable communication.

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