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    Filter products Showing all 7 results
    Fmin (Mhz)
    Fmax (Mhz)
    Fmin rejected (MHz)
    Fmax rejected (Mhz)
    Passband 1 Fmin (Mhz)
    Passband 1 Fmax (MHz)
    Passband 2 Fmin (MHz)
    Passband 2 Fmax (Mhz)
    Connectors
    Power Handling (W)
    Power Handling (W CW)
    Power Handling average (W CW)
    Ways
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    BAND PASS FILTER

    Filter products Showing all 7 results
    Fmin (Mhz)
    Fmax (Mhz)
    Fmin rejected (MHz)
    Fmax rejected (Mhz)
    Passband 1 Fmin (Mhz)
    Passband 1 Fmax (MHz)
    Passband 2 Fmin (MHz)
    Passband 2 Fmax (Mhz)
    Connectors
    Power Handling (W)
    Power Handling (W CW)
    Power Handling average (W CW)
    Ways
    Coupling (dB)
    • Band Pass Filter 2.0 – 18 GHz

      This Suspended Substrate Bandpass filter shows high-end performances in its 2000 MHz to 18000 MHz bandwidth. Indeed, it offers very low insertion losses < 1 dB and a VSWR < 2.0:1. Futhermore, it has a strong rejection of 20 dB from DC to 1200 MHz and of 20 dB starting from 21000 MHz. Moreover, it can cope with an average input power up to 2 W CW in a small volume of 24.8 x 17.5 x 10.2 mm ( 0.98 x 0.69 x 0.4 Inch(es)).

    • Band Pass Filter 23.1 GHz

      This Mecanical Inter Digited Bandpass filter shows high-end performances in its 22700 MHz to 23500 MHz bandwidth. Indeed, it offers very low insertion losses < 1.5 dB and a VSWR < 1.5:1. Futhermore, it has a strong rejection of 60 dB from DC to 21000 MHz and of 60 dB starting from 25000 MHz. Moreover, it can cope with an average input power up to 2 W CW in a small volume of 35 x 10 x 10 mm ( 1.38 x 0.39 x 0.39 Inch(es)).

    • Band Pass Filter 4230 – 4232 MHz

      This Cavity Bandpass filter shows high-end performances in its 4230 MHz to 4232 MHz bandwidth. Indeed, it offers very low insertion losses < 0.5 dB and a VSWR < 1.5:1. Futhermore, it has a strong rejection of 40 dB from DC to 4081 MHz and of 40 dB starting from 4381 MHz. Moreover, it can cope with an average input power up to 30 W CW in a small volume of 30 x 82.9 x 37.2 mm ( 1.18 x 3.26 x 1.46 Inch(es)).

    • Band Pass Filter 7250 – 7750 MHz (1)

      This Cavity Bandpass filter shows high-end performances in its 7250 MHz to 7750 MHz bandwidth. Indeed, it offers very low insertion losses < 0.9 dB and a VSWR < 1.33:1. Futhermore, it has a strong rejection of 31 dB from DC to 7100 MHz and of 43 dB starting from 7900 MHz. Moreover, it can cope with an average input power up to 0.5 W CW in a small volume of 82 x 16 x 15 mm ( 3.23 x 0.63 x 0.59 Inch(es)).

    • Band Pass Filter 7250 – 7750 MHz (2)

      This Cavity Bandpass filter shows high-end performances in its 7250 MHz to 7750 MHz bandwidth. Indeed, it offers very low insertion losses < 1.1 dB and a VSWR < 1.38:1. Futhermore, it has a strong rejection of 65 dB from DC to 6100 MHz and of 48 dB starting from 7900 MHz. Moreover, it can cope with an average input power up to 1.5 W CW in a small volume of 82 x 16 x 15 mm ( 3.23 x 0.63 x 0.59 Inch(es)).

    • Band Pass Filter 7900 – 8400 MHz

      This Cavity Bandpass filter shows high-end performances in its 7900 MHz to 8400 MHz bandwidth. Indeed, it offers very low insertion losses < 1.1 dB and a VSWR < 1.45:1. Futhermore, it has a strong rejection of 53 dB from DC to 7750 MHz and of 50 dB starting from 11850 MHz. Moreover, it can cope with an average input power up to 40 W CW in a small volume of 82 x 15 x 12.7 mm ( 3.23 x 0.59 x 0.5 Inch(es)).

    • Filter 1.2 – 1.4 GHz

      This Mecanical Combline Bandpass filter shows high-end performances in its 1250 MHz to 1400 MHz bandwidth. Indeed, it offers very low insertion losses < 0.5 dB and a VSWR < 1.5:1. Futhermore, it has a strong rejection of 50 dB from DC to 1050 MHz and of 50 dB starting from 1600 MHz. Moreover, it can cope with an average input power up to 1 W CW in a small volume of 240 x 43.5 x 25.4 mm ( 9.45 x 1.71 x 1 Inch(es)).