Marketing and Services
Business Inquiry Phone:
All
  • All
  • Product Management
  • News and Information
language
    Confirm

    DC Block

    All
    • All
    • Product Management
    Specifications and Parameters Detailed description

    Product model

    Operating frequency (GHz)

    VSWR (:1)

    Insertion loss (dB)

    Return Loss (dB)

    Max Input Power (dBm)

    Maximum DC voltage (V)

    Interface Type

    Collect

    Download

    3D model

    DCB45-16-x(x:A/B/C)

    50 kHz–40 GHz

    ≤1.5

    ≤1.0

    ≤-18

    32

    16

    2.92 f/m

    隐藏域元素占位

    DCB67-16-x(x:A/B/C)

    50 kHz–67 GHz

    ≤1.5

    ≤1.5

    ≤-18@<25GHz
    ≤-12@<67GHz

    32

    16

    1.85 f/m

    隐藏域元素占位

    DCB67-35-x(x:A/B/C)

    100 kHz–67 GHz

    ≤1.6

    ≤1.2

    ≤-dB

    32

    35

    1.85 f/m

    隐藏域元素占位

    DCB110-16-x(x:A/B/C)

    50 kHz–110 GHz

    ≤1.8

    ≤2.0

    ≤-18@<25GHz
    ≤-11@<110GHz

    32

    16

    1.0 f/m

    隐藏域元素占位

    DCB110-35-x(x:A/B/C)

    100 kHz–110 GHz

    ≤1.6

    ≤1.3

    ≤-18

    32

    35

    1.0 f/m

    隐藏域元素占位

    < 1 >

    DC isolator

    The DC‑blocking device series operates over a frequency range of 50 kHz to 145 GHz. These devices block the passage of DC signals while allowing RF/AC signals to propagate with minimal loss. Designed to protect sensitive components, isolate DC interference, and enhance signal integrity, they are essential foundational protection elements in communication systems, microwave testing, and instrumentation.

    Product Features

    • Excellent group delay variation across the entire frequency band: ±50 ps

    • Low VSWR and insertion loss, supporting high voltage up to 100 V.

    • Maximum input power: 32 dBm

    • Interface connector gender options: 1.0, 1.85, 2.92

     

    Application areas
    • Radio Frequency Communication • Antenna Measurement • Optical Communication • Data Transmission

    Leave a Message Online

    3D models are currently not available for direct download. Please leave a message with your requirements, and we will contact you as soon as possible.

    %{tishi_zhanwei}%