5 Ways Cavity Combiner N-F_SMA-F Connector791-2690MHz Small Volume JX-CC5-791M2690M-75NS1P

Item No.: JX-CC5-791M2690M-75NS1P

Features:
- High Rejection
- High Reliability

- 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

5 Ways Cavity Combiner N-F_SMA-F Connector Operating 791-2690MHz Small Volume

5 ways broadband cavity combiner JX-CC5-791M2690M-75NS1P is one type of RF passive component designed & produced for sale by Jingxin, which especially features with low insertion loss less than 18dB, measured only 129mm x 116mm x 74mm (80.0mm Max).
The frequency of this broadband combiner covers from 791-2690MHz, which works with peak power of 200W at the input port and 1000W at the output port. This combiner is produced with N-F_SMA-F connectors, but which can be switched to others according to the demand. With the painting in silver, such kind of cavity combiner can bear in the field for a long time.
As promised, all the RF passive components from Jingxin have 3 years warranty.

Parameter

Parameter 800DD 900 1800 2100 2600
Frequency range 791-821 MHz 925-960 MHz 1805-1880 MHz 2110-2170 MHz 2620-2690 MHz
Return loss ≥18 dB ≥18 dB ≥18 dB ≥18 dB ≥18 dB
Insertion loss ≤1.5 dB ≤1.5 dB ≤1.5 dB ≤1.0 dB ≤1.4 dB
Rejection at all stop bands ≥75 dB ≥75 dB ≥75 dB ≥60 dB ≥70 dB
Stop band ranges 832-862 MHz & 880-915 MHz & 1710-1785 MHz & 1920-1980 MHz & 2500-2570 MHz
Coupling 60dB±10.0dB
Average power

+48dBm(60Watt) @ each input      +55dBm(300Watt) @ output

Peak power

+53dBm(200Watt) @ each input      +60dBm(1000Watt) @ output

Impedance

50 Ω

JX-CC5-791M2690M-75NS1P (1)

JX-CC5-791M2690M-75NS1P (2)

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