3 Ways Cavity Combiner DIN-F Connector 885-2690MHz Low Insertion Loss Small Volume JX-CC3-885M2690M-80DG2

Item No.: JX-CC3-885M2690M-80DG2

Features:
- Low Insertion Loss
- 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

3 Ways Cavity Combiner DIN-F Connector Operating 885-2690MHz Low Insertion Loss Small Volume

3 ways cavity combiner JX-CC3-885M2690M-80DG2 diplexer is one type of RF passive component designed & produced for sale by Jingxin, which specially features with low insertion loss less than 0.5dB, measured only: 168mm x 152mm x 103mm.
The frequency of this combiner covers from 885-2690MHz, which works with average input power of 300W. This combiner is produced with DIN-F connectors, but which can be switched to others according to the demand. 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

Spec

Spec

Spec

Frequency range

885-960 MHz

1880-1920MHz

2500-2690MHz

Return loss

≥20dB

Insertion loss

≤0.5dB

In-band ripple

≤0.35dB

Isolation

≥80dB

Input power

≤300W

Impedance all ports

50 Ohm

PIM3

≤-150 dBc @2*43dBm

DC/AISG

By-pass(max.3000 mA)

Lightning protection

3KA10/350us pulse

Operating temperature

-20 ℃ ~ +60 ℃

Storage temperature

-40 ℃ ~ +85 ℃

Relative humidity

5% - 95%

Ingress Protection

Indoor/Outdoor Use, IP67

JX-CC3-885M2690M-80DG2

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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