Specifications

1.We are RF Hybrid Coupler 90 manufacturer
2.OEM Service
3.Low insertion, 500 Stocks available
4.ZTE supplier

A 3 dB hybrid coupler is a four-port device that is used either to equally split an input signal with a resultant phase shift between output signals or to combine two signals while maintaining high isolation between them.

 

 3 dB hybrid coupler

Product Name	3dB Hybrid Coupler
Model Number	YF-3HC-0825-N-S	YF-3HC-0827-N-S	YF-3HC-0827-N-S
Frequency	800-2500	800-2700	698-2700
Insertion Loss(dB)	0.65	0.7	0.7
Isolation(dB)	23	23	23
Coupling(dB)	3	3	3
VSWR	1.25:1	1.25:1	1.25:1
Power Cacacity(W)	200	200	200
Impedance(ohm)	50	50	50
RF Connector	N-female	N-female	N-female
Oper Temperature(deg)   Color   Relative Humidity   Material	-25-+85   Silvery-white   5%-95%   Aluminimum Alloy	-25-+85   Silvery-white   5%-95%   Aluminimum Alloy	-25-+85   Silvery-white   5%-95%   Aluminimum Alloy

  

Application:

1. Mobile Communication Network Optimization and In-door distribution system.

2. Cluster communication, satellite communication, shortwave communication and hopping radio.

3. Radar, electronic navigation and electronic confrontation.

4. Aerospace equipment systems

  

RF combiner/Hybrid coupler

 

An RF combiner, also known as an RF power combiner, refers to a device that can combine several incoming signals together and transmit one output signal. An RF splitters works in an opposite way by splitting one input signal into several signals. When the transformer technology is applied, an RF combiner or splitter is viewed as an RF hybrid.

  

Let’s go back to RF combiners. An RF combiner, which is used in many RF applications, can be divided into several types at different angles-power level, the number of input signals, and how it combines signals (in phase or out of phase).

  

As per the number of input signals

 

If two signals are added together at one output, you can call it a 2-way combiner. Calculated as the way, a combiner falls into 3-way, 4-way, 6-way, 8-way, 9-way, 12-way, and so on.