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Leading Hybrid Coupler Supplier

 

 

CNCR is a global leading supplier providing telecom access network solutions. Since the company was successfully listed in 2011, CNCR has always adhered to independent research and development and technological innovation, and successfully passed the highest level CMMI5 certification in the global software field.

 

 
  • 2 In 2 Out Hybrid Coupler
    2 In 2 Out Hybrid Coupler
    High Isolation. Multi-Band Frequency Coverage. High Average Power Rating. Excellent PIM performance. Multiple IP Degree Conditions. Low Cost Design. RoHS Compliant. N , DIN 4.3-10 Connectors.
    read more
  • 90 Degree Hybrid Coupler
    90 Degree Hybrid Coupler
    An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.
    read more
  • 2IN2 OUT RF Hybrid Coupler
    2IN2 OUT RF Hybrid Coupler
    An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.
    read more
  • 3db Hybrid
    3db Hybrid
    An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.
    read more
  • Quadrature Coupler
    Quadrature Coupler
    An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.
    read more
  • Hybrid Coupler Rf
    Hybrid Coupler Rf
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  • Wideband Hybrid Coupler
    Wideband Hybrid Coupler
    An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.
    read more
  • 3db Couplers rf
    3db Couplers rf
    2IN2OUT700-960MHz
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  • 3db Hybrid Coupler
    3db Hybrid Coupler
    Hybrid Coupler allows addition of two or more signals, without interaction regardless of how close the frequencies of the signals may be. So,it is mainly used to combination and division of the same
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  • RF Hybrid Coupler
    RF Hybrid Coupler
    ◆ Low Cost Design, Design to Cost,. ◆ RoHS Compliant,. ◆ Custom Designs Available,
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  • Hybrid Combiner
    Hybrid Combiner
    A hybrid coupler allows two or more signals to be added without interaction, no matter how close the frequency of the signal may be.Therefore, it is mainly used for the combination and segmentation
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Hybrid Coupler allows addition of two or more signals, without interaction regardless of how close the frequencies of the signals may be. So,it is mainly used to combination and division of the same frequency signal.
An important advantage is that they have many outputs same as inputs. So, if a system needs multiple outputs, the hybrid matrix could be considered as a ‘lossless’ combiner.

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1

Professional Engineer

500+ experts provides innovative solutions to ensure project quality and reliability.

2

Customizable R&D

Meet personalized needs, reduce costs, protect intellectual property rights, improve competitiveness, and enhance user experience.

3

Real-Time Support

7*24 hours global technical support service, quickly solve problems and improve user experience.

4

Certified Quality

CNCR products have passed various international certifications such as ISO, CE, ROHS, improve customers' market competitiveness.

 

Types of Hybrid Coupler

 

2 In 2 Out Hybrid Coupler

 

01

2 In 2 Out Hybrid Coupler

Hybrid coupler 2in 2out is a high-quality component that provides efficient signal splitting in a variety of applications. With two inputs and two outputs, this coupler is perfect for distributing signals across multiple devices or circuits.

90 Degree Hybrid Coupler

 

02

90 Degree Hybrid Coupler

A 90° Hybrid Coupler is a 4 port device that is used to equally split an input signal with a 90° phase shift between the ports.

3db Hybrid

 

03

3db Hybrid

They offer a wide frequency coverage from 0.15 to 18 GHz in single, compact packages that provide low insertion loss, high directivity and tight coupling.

Wideband Hybrid Coupler

 

04

Wideband Hybrid Coupler

Wide-band hybrid couplers consist of a conductor fabricated by thin-film techniques in microstrip the conductor side and a slot in the ground plane side.

 

Specification

 

 

Part number

ZHHY-2603N-2U1A

Quantity of in&out port

2IN2OUT

Frequency Range(MHz)

2000-6000

Coupling(dB)

3.5

Isolation(dB)

≥25

VSWR

＜1.2

PIM3(dBc) @+43dBm×2

＜-150

Impedance(Ω)

50

Connectors

N-F

Power Rating(W)

200

Temperature(℃)

-20~+50

Humidity

5% to 95%

Sealing

Indoor

 

Advantages of Hybrid Coupler

Efficiency and Flexibility

They enable efficient signal splitting and combining, which is essential for maintaining signal integrity and optimizing performance in complex RF environments.

 

Cost-Effectiveness

By allowing multiple signals to share infrastructure, hybrid couplers reduce the need for additional hardware, saving costs.

 

Signal Management

They help manage multiple signals, whether from different transmitters or to different receivers, ensuring that all signals maintain their strength and quality.

Improving Coverage

They ensure that signals are evenly distributed to various antennas, providing consistent coverage across a facility.

Supporting Multi-Operator Environments

Hybrid couplers allow for the combination of multiple carriers, making them ideal for environments where different network operators share infrastructure.

Enhancing Signal Quality

By minimizing interference and maintaining signal integrity, they ensure high-quality communication for end-users.

 

The Difference Between A Hybrid Coupler And A Directional Coupler
 

One of the main differences between directional and hybrid couplers is their functionality. Directional couplers are used to split or combine energy into or out of a transmission line, whereas hybrid couplers are used to split an input signal into two output signals of equal amplitude and a phase difference of 90 degrees.

 

Another difference is their port configuration. The directional coupler has four ports - input, output, coupling, and isolation, while the hybrid coupler has four ports - two inputs and two outputs.

 

The third difference is their frequency response. Directional couplers can operate over a wide frequency range and can handle high power. Hybrid couplers, on the other hand, have a limited bandwidth and cannot handle high power as well as directional couplers.

 

Main Operating Modes of Hybrid Couplers
 
 

Coupler Splitter Mode

Splits an input signal into two equal components with a 90° phase difference between the outputs.

 
 
 

Coupler Combiner Mode 1

Combines two identical signals with a 90° phase difference, resulting in a more robust output.

 
 
 

Coupler Combiner Mode 2

Combines two non-coherent signals, allowing for flexibility in signal combination from different sources.

 

 

RF Hybrid Coupler

 

Installation Requirements

★ Ensure proper impedance matching to avoid signal reflection or power loss.


★ Mount the hybrid coupler on a flat, grounded metal surface to ensure stable RF performance.


★ Maintain appropriate spacing between the coupler and surrounding RF components to prevent interference.


★ Follow the manufacturer’s recommended power handling limits to prevent damage.


★ Keep the operating environment within specified temperature and humidity ranges.

 

 
Order Process
 
01/

Contact our sales team online via email at sarah.gu@cncr-it.com and provide the products and quantities you need to order and your customization requirements.

02/

Once we receive your custom requirements, we will contact you via email to confirm your order requirements.

03/

Once everything is confirmed, we will send you a quotation for your approval.

04/

Once we get your approval, we will start processing your custom order.

05/

Our technicians will control the quality during the production process.

06/

According to the delivery time, we will arrange shipment after receiving the remaining payment.

 

Payment & Delivery

 

 

Accepted Delivery Terms: FOB, CIF, FCA, EXW；

Accepted Payment Currency:

 USD;

Port:

 Xiamen ,China

Accepted Payment Type:

 T/T,L/C,Credit Card,PayPal,Western Union

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Video

 

 

 

Patents & Certificates

 

In pursuing innovation of cutting-edge technologies, CNCR has been publishing patents every year.

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Factory Environment

 
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FAQ

 

Q: Are you trading company or manufacturer?

A: We are manufacturer, having our own factories.

Q: Do you provide samples ? is it free or extra?

A: Sorry, we can not provide free samples

Q: How long is your delivery time?

A: Generally, if the goods are in stock, shipment can be arranged within 3 working days;
If the goods need to be mass produced, delivery time may be around 7-10 working days.

Q: How long i can get the feedback after we sent the enquiry?

A: We will reply you within 12 hours in working day.

Q: Can you do our design?

A: Of course, your customized design (OEM) is available.

Q: Can you make our design for the package?

A: Yes, please send us the design you need ,we will value the price and make the exact same package basing on your design.

Q: How do hybrid couplers work?

A: Couplers and hybrids are devices in which two transmission lines pass close enough to each other for energy propagating on one line to couple to the other line. A 3dB 90° or 180° hybrid splits an input signal into two equal amplitude outputs.

Q: What is the phase difference between hybrid couplers?

A: There is a 90º phase difference between the output ports of a hybrid coupler. The multilayered hybrid couplers offer good insertion loss, high isolation, and a small footprint.

Q: What is a quadrature hybrid coupler?

A: Quadrature hybrid couplers are basic building blocks for many RF and microwave systems. For these couplers, the input splits into two output signals, of equal magnitude, with a 90 degree phase difference. Quadrature hybrid couplers provide improved input match for unbalanced loads.

Q: What is the difference between 90° and 180° hybrid couplers?

A: The primary difference is the phase shift between output ports: 90° or 180° respectively. The 180 hybrid couplers are four port devices with non-reciprocal property. 90 degree hybrid couplers. These are often called quadrature couplers, and include Lange couplers, the branchline coupler, overlay couplers, edge couplers, and short-slot hybrid couplers.

Q: What does the term 'insertion loss' mean in hybrid couplers?

A: Insertion loss is the amount of energy that a signal loses as it travels along a cable link. It is a natural phenomenon that occurs for any type of transmission—whether it's electricity or data.

We're well-known as one of the leading hybrid coupler manufacturers in China since 1999, specialized in providing high quality customized products. Welcome to buy cheap hybrid coupler for sale here from our factory. For price consultation, contact us.

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