support@deti-sa.com    +33 (0)2 98 47 90 57

    Filter products
    Fmin (MHz)
    Fmax (MHz)

    1000-4000 MHz Dual Directional Coupler – 20 dB – 500 W

    CD-2-1000-4000-20-500-NM-NF-NF
    Part number: 001624

    This 20 dB low loss high power directional coupler covers the range 1000-4000 MHz and provides a great directivity > 27 dB. With only 0,3 dB of insertion loss, this product offers a good VSWR < 1.15:1 and can handle up to 500 W.

    Stock: 0
    Request quotationAdd to compare

    Additional Information

    Fmin (MHz)

    1000

    Fmax (MHz)

    4000

    Coupling (dB)

    20

    Coupling value tolerance (dB)

    1

    Directivity (dB)

    27

    Insertion Losses (dB)

    0.3

    VSWR (Main line)

    1.15:1

    VSWR (Coupling Line)

    1.15:1

    Peak Power (kW)

    10

    Connectors (Main Line)

    N

    Connectors (Coupling Line)

    N

    ROHS

    ROHS compliant against RoHS 10 substances (2015/863/EU)

    Warranty

    3 years

    Product Description

    This Stripline Coupler 001624 allows you to sample 20 dB of any of your signals ranging 1000 to 4000 MHz and with a continuous power < 500 W CW. Please note that this product can also deal with very high peak power up to 10 kW. Thanks to its low insertion losses < 0,3 dB (excluding coupling losses) and VSWR ( < 1.15:1 on main line and 1.15:1 on the coupled line), this product does not disrupt the signal you want to sample. Furthermore it provides a good directivity > 27 dB which is related to the isolation between input port and coupling port.

    Because it is made on-site, DETI can ensure a quality manufacturing, therefore offering a 3 year warranty.

    Please feel free to ask if you need any customisation or answers to your questions about this product.

    Part number

    sku

    Product to customize

    1000-4000 MHz Dual Directional Coupler – 20 dB – 500 W

    Drop files here or

    Accepted file types: pdf, jpg, jpeg, png, gif, Max. file size: 10 MB.

      Address









      Country*



      Consent*