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RFTYT 4 Way Power Divider
The 4-way power divider is a common device used in wireless communication systems, consisting of one input and four output terminals.
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RFTYT 6 Ways Power Divider
The 6-way power divider is a widely used RF device in wireless communication systems. It consists of one input terminal and six output terminals, which can evenly distribute an input signal to six output ports, achieving power sharing. This type of device is generally designed using microstrip lines, circular structures, etc., and has good electrical performance and radio frequency characteristics.
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RFTYT 8 Way Power Divider
The 8-Ways power divider is a passive device used in wireless communication systems to divide the input RF signal into multiple equal output signals. It is widely used in many applications, including base station antenna systems, wireless local area networks, as well as military and aviation fields.
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RFTYT 10 Ways Power Divider
The power divider is a passive device widely used in RF systems, which is used to divide a single input signal into multiple output signals and maintain a relatively constant power distribution ratio. Among them, a 10 channel power divider is a type of power divider that can divide an input signal into 10 output signals.
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RFTYT 12 Way Power Divider
The power divider is a common microwave device used to distribute input RF signals to multiple output ports in a certain power ratio. The 12 ways power divider can equally divide the input signal into 12 wayss and output them to the corresponding ports.
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RFTYT 16 Way Power Divider
The 16 ways power divider is an electronic device mainly used to divide the input signal into 16 output signals according to a certain pattern. It is commonly used in fields such as communication systems, radar signal processing, and radio spectrum analysis.
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RF Duplexer
A cavity duplexer is a special type of duplexer used in wireless communication systems to separate transmitted and received signals in the frequency domain. The cavity duplexer consists of a pair of resonant cavities, each specifically responsible for communication in one direction.
The working principle of a cavity duplexer is based on frequency selectivity, which uses a specific resonant cavity to selectively transmit signals within the frequency range. Specifically, when a signal is sent into a cavity duplexer, it is transmitted to a specific resonant cavity and amplified and transmitted at the resonant frequency of that cavity. At the same time, the received signal remains in another resonant cavity and will not be transmitted or interfered with.
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RFTYT RF Hybrid Combiner Signal combination and Amplification
RF hybrid combiner, as a key component of wireless communication systems and radar and other RF electronic devices, has been widely used. Its main function is to mix input RF signals and output new mixed signals.RF Hybrid Combiner has the characteristics of low loss, small standing wave, high isolation, good amplitude and phase balance, and multiple inputs and outputs.
RF Hybrid Combiner is its ability to achieve isolation between input signals. This means that the two input signals will not interfere with each other. This isolation is very important for wireless communication systems and RF power amplifiers, as it can effectively prevent signal cross interference and power loss.
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RFTYT Low PIM Couplers Combined or Open Circuit
Low intermodulation coupler is a device widely used in wireless communication systems to reduce intermodulation distortion in wireless devices. Intermodulation distortion refers to the phenomenon where multiple signals pass through a nonlinear system at the same time, resulting in the appearance of non existing frequency components that interfere with other frequency components, leading to a decrease in wireless system performance.
In wireless communication systems, low intermodulation couplers are usually used to separate the input high-power signal from the output signal to reduce intermodulation distortion.
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RF Coupler (3dB, 10dB, 20dB, 30dB)
A coupler is a commonly used RF microwave device used to proportionally distribute input signals to multiple output ports, with output signals from each port having different amplitudes and phases. It is widely used in wireless communication systems, radar systems, microwave measurement equipment, and other fields.
Couplers can be divided into two types according to their structure: microstrip and cavity. The interior of the microstrip coupler is mainly composed of a coupling network composed of two microstrip lines, while the interior of the cavity coupler is just composed of two metal strips.
