Leading Power Splitter 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 Way Power Splitter
    Power splitter allow you to use a common distributor system applications in the broad frequency range.
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  • 555-6000MHz 2 Way Power Splitter
    Power splitter allow you to use a common distributor system applications in the broad frequency range.
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  • 180 Degree Rf Splitter
    Power splitter is a device that divides one input signal energy into two or multiple outputs of equal or unequal energy. It can also be used as a combiner to combine multiple input signals into one
    read more
  • Two Way Power Splitter
    Excellent VSWR. High power rating. Low PIM. High Reliability and Maintenance free. Multiple IP Degree Conditions . RoHS Compliant. N , DIN 4.3-10 connectors. Custom Designs Available,
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  • Three Way Power Splitter
    When the signal is distributed for the in-house distribution, in offifice buildings or sports halls, power splitter can split up the incoming signal in two, three, four or more identical shares.
    read more
  • 2 Way Power Divider
    Power splitter is a device that divides one input signal energy into two or multiple outputs of equal or unequal energy. It can also be used as a combiner to combine multiple input signals into one
    read more
  • Rf Divider
    Power splitter is a device that divides one input signal energy into two or multiple outputs of equal or unequal energy. It can also be used as a combiner to combine multiple input signals into one
    read more
  • 4 Way Power Divider
    Power splitter is a kind of input signal energy into two channels or multiple output equal or unequal energy device.
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  • 3 Way Rf Power Divider
    When the signal is distributed for the in-house distribution, in offifice buildings or sports halls, power splitter can split up the incoming signal in two, three, four or more identical shares.
    read more
  • 2 Way Rf Power Divider
    Power splitter allow you to use a common distributor system applications in the broad frequency range.
    read more
  • 500-6000MHz 2 Way Power Splitter
    Excellent VSWR. High power rating. Low PIM. Multi-Band Frequency Coverage. Low Cost Design. High Reliability and Maintenance free. Multiple IP Degree Conditions . RoHS Compliant. N , DIN
    read more
  • 5G Power Splitter
    Power splitter is a device that divides one input signal energy into two or multiple outputs of equal or unequal energy. It can also be used as a combiner to combine multiple input signals into one
    read more
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Power splitter allow you to use a common distributor system applications in the broad frequency range.
When the signal is distributed for the in-house distribution, in buildings or sports halls, power splitter can split up the incoming signal in two, three, four or more identical shares.
Divide one signal into multichannel ones, that ensures the system to share common signal source and BTS system. 

Why Choose Us
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 Power Splitter
2 Way Power Splitter
180 Degree Rf Splitter
Three Way Power Splitter
5G Power Splitter

2 Way Power Splitter
Also known as a 2-way power splitter, it takes one input signal and splits it into two output signals. It is commonly used in applications where a single input needs to be distributed to two separate devices or components.

 

180 Degree Rf Splitter
RF splitter is an electronic device that allows a single RF signal to be split into multiple signals and distributed to different devices.

 

Three Way Power Splitter
A three-way power splitter takes one input signal and splits it into three output signals. It is used when a single input needs to be distributed to three separate devices or components.

 

5G Power Splitter
It's essential in 5G infrastructure for tasks like distributing signals to multiple antennas or devices, or for testing and signal distribution in various applications.

 

4 Way Power Splitter
Also known as a 4-way power splitter, it takes one input signal and splits it into four output signals. It is used when a single input needs to be distributed to four separate devices or components.

 

Specification

 

 

Part number

ZHSP-046003N-5F1B

Number of outputs

3

Frequency (MHz)

400-6000

Insertion loss (dB)

≤5.3

VSWR at input

<1.4

Isolation(dB)

N/A

PIM3 (dBc) *

≤-150 @ +43dBm×2

Impedance (Ω)

50

Average Power (W)

200

Application

Indoor

Temperature (℃)

-35 to +75

Connectors

N-F

 

Advantages of Power Splitter
 

Signal Distribution Efficiency

Allows one RF input signal to be evenly split into multiple outputs without significant signal loss.

 

Convenience

Power splitters provide a convenient solution to connect multiple devices to a single power source.

 

Low Insertion Loss

Designed to minimize the amount of signal lost while passing through the splitter.

 

Space-saving

Offers a space-saving solution for distributing RF signals in tight or integrated electronic systems.

 

Cost-effective

Instead of purchasing multiple power adapters or extension cords, a power splitter allows you to connect multiple devices using a single power source.

 

Surge protection

Some power splitters come with built-in surge protection, which helps to safeguard your devices against power surges and voltage spikes.

 

Difference between Power Splitter and Power Divider
 

In general, the terms “power divider” and “power splitter” are used interchangeably to describe a device that splits an input signal into two or more output signals. However, in certain contexts, there can be a slight difference in their definitions:

Power Splitter

A power splitter is also a device that divides an input signal into multiple output signals. However, unlike a power divider, a power splitter may not necessarily provide equal power levels in each output. It can divide the power unevenly based on the specific requirements of the application.

Power Divider

A power divider is a device that splits an input signal into two or more output signals with equal power levels. It is commonly used in applications where the power needs to be divided equally among multiple devices or components.

 

 
Uses of Power Splitter
 
01/

Antenna Sharing: Enables multiple transmitters or receivers to share a single antenna system without interference.

02/

Test and Measurement Systems: Splits RF signals into multiple paths for simultaneous testing or monitoring by different instruments.

03/

Radar Systems: Distributes RF power to multiple radar modules or channels for synchronized operation.

04/

Telecommunication Infrastructure: Used in base stations to split signals between multiple transceivers or antennas.

 

How to Connect an RF Power Splitter in a System
 

To connect an RF power splitter in a system, follow these steps. First, identify the input and output ports on the splitter. Connect the RF signal source, such as an antenna or transmitter, to the input port using a coaxial cable. Ensure proper impedance matching for optimal signal transfer.

 

Next, connect the output ports to the desired components in your system using additional coaxial cables. The power splitter divides the incoming signal evenly among the output ports, making it suitable for applications like signal distribution or combining signals. Maintain good cable management practices to minimize signal loss and interference.

 

Consider the power handling capabilities of the splitter to prevent damage. Some splitters may require external power, so ensure proper power connections if needed. Verify that the connected devices support the frequency range of your RF system. Test the system to ensure proper signal distribution and quality.

 

 
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: What to think about when choosing your RF power splitter?

A: Some of the things you may want to consider are: The isolation and phase between output ports. The return loss of output and input ports. The power rating of the component. The operating frequency range.

Q: Does a power splitter can be used as a combiner?

A: Yes, a power splitter can be used as a combiner, although typically with some limitations and considerations. A power splitter, also known as a power splitter, is designed to split an input signal into multiple output signals with equal or proportional power levels. On the other hand, a combiner is used to combine multiple input signals into a single output with the combined power.

Q: Is it safe to use a power splitter?

A: Using a power splitter can be safe if used correctly and within the specified limits. Make sure to check the power requirements of the devices you plan to connect and ensure that the combined power draw does not exceed the power rating of the power splitter.

Q: What does a power splitter consist of?

A: 1. Input Port: This is the port where the input signal is fed into the power splitter.
2. Output Ports: These are the ports where the split output signals are obtained.
3. Power Divider Circuit: This is the core component of the power splitter that divides the input signal power into multiple output signals.
4. Matching Networks: These are additional components used to match the input and output impedance of the power splitter to the desired values.
5. Enclosure: Power splitters are often enclosed in a housing or case to protect the internal components and provide mechanical stability.

Q: What is the frequency of a power splitter?

A: The frequency of a power splitter refers to the range of frequencies over which the splitter can effectively split the input power into multiple output ports. Power splitters can be designed to operate over a wide range of frequencies, from a few kilohertz (kHz) to several gigahertz (GHz), depending on the specific application.

Q: How does a power splitter work?

A: The basic principle of a power splitter involves the use of passive components, such as resistors, capacitors, and inductors. When an input signal is applied to a power splitter, it is divided into multiple output signals. In a resistive power splitter, the input signal is connected to a network of resistors in a specific configuration. The resistors are designed to have equal resistance values, which ensures that the power is divided equally among the output ports.

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

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