Cavity Combiner Operating from 2300-5900MHz JX-CC2-2300M5900M-20S3

Item No.: JX-CC2-2300M5900M-20S3

Features:

- High Performance

- High Reliability

R&D Team

- Having 10 Professional Engineers

- With 15+ Years’ Technical 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.


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Description

JX-CC2-2300M5900M-20S3

A combiner is an electronic device that combines two or more signals. In communication systems, combiners are often used to combine signals from different antennas into a single signal, thereby enhancing the sensitivity of the receiver and improving the quality of communication.

The cavity combiner JX-CC2-2300M5900M-20S3 is specially designed according to the application, covering from 2300-5900MHz, with the feature of insertion loss less than 1.0dB, ripple in BW less than 1.5dB, return loss more than 15dB. When the frequency is between 2300MHz and 2700MHz, the bandwidth of it is 400MHz. And when the frequency is between 5100MHz and 5900MHz, the bandwidth of it is 800MHz.

As a cavity combiner designer, Jingxin can support you to customize such kind of cavity combiner which is characterized by high performance and high reliability. Do as promised, all the RF passive components from Jingxin have a 3-year guarantee.

Parameter

Parameter

CH1

CH2

Frequency range

2300-2700MHz

5100-5900MHz

Bandwidth

400MHz

800MHz

Insertion loss

≤1.0dB

≤1.0dB

Ripple in BW

≤1.5dB

≤1.5dB

Return loss

≥15dB

≥15dB

Rejection

≥20dB@CH2

≥20dB@CH1

Input power

20W CW (per channel)

Operation temperature range

-40 to +85°C

Impedance

50Ω

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.

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