Diplexers & Duplexers Products and Services

  1. AMPS High Power Duplexer Series
    Narda West’s High Power Amps Band Duplexer Series provides highly selective receive/transmit combining
  2. 2450/5400 MHz Diplexer (2450DP15F5400E)
    2450/5400 MHz Diplexer (2450DP15F5400E) by Digi-Key
  3. AMPS Microcell Duplexer
    Narda West’s Amps Band Microcell Duplexer provides highly selective receive/transmit combining
  4. 5IZ10-3050/X10000-O/O - LC Diplexer
    • 15 Watts Power Over Passband Range
    • SMA Connectors
    • Contiguous VSWR
  5. 2KCZ30-00002/-00003 - Cellular/PCS Diplexer
    • Highpass/Lowpass Diplexer
    • Low Passband Insertion Loss
    • Dual Band AMPS/PCS Coverage
  6. 400-500 MHz Ruggedized Cavity Diplexer

    This cavity diplexer features a compact size, a ruggedized package for Hi-Rel environments, high isolation and small separation between channels, and more. It operates in the 400-500 MHz frequency range and is ideal for airborne, ship, or vehicle mount applications in military environments.

  7. 892/1850 MHz Diplexer (0892DP14A1850T)
    892/1850 MHz Diplexer (0892DP14A1850T)by Digi-Key.
  8. Wavguide Diplexer
    Developed for point-to-point radio and base-station link applications, a 38-GHz diplexer features a 37018 to 37658 MHz low pass band
  9. Tunable Filters And Bandpass/Bandstop Diplexers
    K&L Microwave’s tunable filters and bandpass/bandstop diplexers are typically used in test and measurement applications. The diplexers feature broadband matching at the common port, low insertion loss, and high isolation. What makes tunable filters useful is that they provide high performance in a single package. Tunable filters can be offered to cover frequencies as low as 800 KHz or as high as 3 GHz.
  10. High Power LC Diplexer Assembly

    MtronPTI offers the new high power LC diplexer assembly for a variety of applications, including avionics, electronic warfare, space, and satellite communications. With high power, better isolation/RF shielding, and low insertion loss, these diplexers reduce the overall mechanical footprint, and improved electrical performance and power handling.