5G Low PIM Waterproof IP67 Cavity Combiner JX-CC2-698M4200M-4310FLP

Item No.: JX-CC2-698M4200M-4310FLP Features: - Low PIM – Low Insertion Loss – Custom Design Available R&D Team – Having 10 Professional Engineers – With 15+ Years’ Specialized Experience Achievements – Solving 1000+ Cases Projects – Our Components Covering from European Railway Systems, USA Public Safety Systems to Asian Military Communication Systems and so on.


Product Detail

Product Tags

Description

5G Low PIM Waterproof IP67 Cavity Combiner

JX-CC2-698M4200M-4310FLP is a cavity combiner with low & high bandwidth of 698-2690MHz & 3300-4200MHz to meet with 5G indoor or outdoor applications, which performs well & stably in tough environments.

This cavity combiner is integrated with all the characteristics of cavity combiners of wide bandwidth, which is a little complex to accomplish its performance in cavity structure, but in the end, it is made out by his design. He devotes much effort to arraying its layout in this small compact. Additionally, it works with IP67 waterproof. Last but not least, it has another highlighted feature of low PIM for 5G solutions. Its performance is as fabulous as our design without any doubt.

As a cavity filter manufacturer, Jingxin is able to custom design such kinds of switch bank filters to meet the various solutions. With the commitment, all the RF passive components from Jingxin have 3 years warranty.

Parameter

 

Parameter

LOW

HIGH

Frequency range

698-2690MHz

3300-4200MHz

Return loss

≥16dB

≥16dB

Insertion loss

≤0.3dB

≤0.3dB

Ripple in band

≤0.3dB

≤0.3dB

Rejection

≥30dB@3300-3800MHz

≥50dB@3800-4200MHz

≥60dB@698-2690MHz

Custom RF Passive Components

As a manufacturer of RF passive components, Jingxin can design various ones according to the clients’ applications.
Only 3 Steps to Solve Your Problem of RF Passive Component.
1. Defining the parameter by you.
2. Offering the proposal for confirmation by Jingxin.
3. Producing the prototype for trial by Jingxin.

Contact Us


  • Previous:
  • Next:

  • Leave Your Message