China 1000-40000MHz 2 Way Power Splitter or Power Divider or wilkinson power combiner Manufacture and Factory

1000-40000MHz 2 Way Power Splitter or Power Divider or wilkinson power combiner

Short Description:

• Model Number: KPD-1/40-2S

• Power Divider with wide frequency range coverage from 1000 to40000MHz

• Low RF Insertion Loss ≤2.4dB and excellent return loss performance

• Power Splitter can evenly distribute one signal into 2 way outputs,Available with 2.92-Female Connectors

• Highly Recommended,Classic design,Top quality.

keenlion can provide customize Power Divider, free samples, MOQ≥1

Any inquiries we are happy to reply, pls send your questions and orders.

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Product Detail

Product Tags

The high frequency broadband1000 -40000MHz Power Divider is a universal microwave/millimeter wave component, which is a kind of device that divides one input signal energy into four outputs equal energy; It can evenly distribute one signal into four outputs. Aluminum alloy shell, It can be customized

Main indicators

Product Name	Power Divider
Frequency Range	1-40 GHz
Insertion Loss	≤ 2.4dB（Does not include theoretical loss 3dB）
VSWR	IN:≤1.5: 1
Isolation	≥18dB
Amplitude Balance	≤±0.4 dB
Phase Balance	≤±5°
Impedance	50 OHMS
Power Handling	20 Watt
Port Connectors	2.92-Female
Operating Temperature	﹣40℃ to +80℃

Outline Drawing

Technical indicators

The technical indexes of power distributor include frequency range, bearing power, distribution loss from main circuit to branch, insertion loss between input and output, isolation between branch ports, voltage standing wave ratio of each port, etc.

1. Frequency range: This is the working premise of various RF / microwave circuits. The design structure of power distributor is closely related to the working frequency. The working frequency of the distributor must be defined before the following design can be carried out

2. Bearing power: in the high-power distributor / synthesizer, the maximum power that the circuit element can bear is the core index, which determines what form of transmission line can be used to achieve the design task. Generally, the order of power borne by the transmission line from small to large is microstrip line, stripline, coaxial line, air stripline and air coaxial line. Which line should be selected according to the design task.

3. Distribution loss: the distribution loss from the main circuit to the branch circuit is essentially related to the power distribution ratio of the power distributor. For example, the distribution loss of two equal power dividers is 3dB and that of four equal power dividers is 6dB.

4. Insertion loss: the insertion loss between input and output is caused by the imperfect dielectric or conductor of transmission line (such as microstrip line) and considering the standing wave ratio at the input end.

5. Isolation degree: the isolation degree between branch ports is another important index of power distributor. If the input power from each branch port can only be output from the main port and should not be output from other branches, it requires sufficient isolation between branches.

6. VSWR: the smaller the VSWR of each port, the better.

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