Welcome To CONCEPT

High-Rejection 6.7-6.9GHz C-Band Filter for Satellite and Radar Systems

Concept CBF06734M06934Q11A cavity bandpass filter delivers exceptional performance in the 6734-6934MHz C-band, a critical frequency range for satellite communication and radar systems. Engineered with an impressive ≥90dB out-of-band rejection and outstanding VSWR ≤1.2, it provides unparalleled signal purity and efficiency. The low insertion loss and compact design make it a reliable core component for high-demand RF systems where interference immunity is paramount.


Product Detail

Product Tags

Description

This C Band cavity bandpass filter offers excellent 90dB out-of-band rejection and is designed to be installed in-line between the radio and antenna, or integrated within other communication equipment when additional RF filtering is required to improve network performance. This bandpass filter is ideal for tactical radio systems, fixed site infrastructure, base station systems, network nodes, or other communication network infrastructure that operates in congested, high-interference RF environments.

Primary Application

• Satellite Communication (Satcom) and Radar Systems

• Point-to-Point Microwave Links

• Test & Measurement Equipment

Availability:  NO MOQ , NO NRE and free for testing

Pass Band

 6734-6934MHz

Rejection Band

≥90dB@DC-6630MHz

  ≥90dB@7030MHz-12000MHz

Insertion Loss

≤1.5dB

VSWR

≤1.2

Average Power

20W

Impedance

50Ω

Notes

OEM and ODM servies are welcomed . Lumped-element, microstrip, cavity , LC structures custom filters are avaliable according to different applications . SMA, N-Type, F-Type, BNC, ,TNC , 2.4mm and 2.92mm connectors are avaliable for option

Please feel freely to contact with us if you need any different requirements or a customized RF microwave filter : sales@concept-mw.com.

Product Tags

C-Band Bandpass Filter for 5G n79

5G base station cavity filter

C-band satellite filter

Custom bandpass filter manufacturer

High rejection cavity filter supplier


  • Previous:
  • Next:

  • Write your message here and send it to us