Coupler: Versatile Signal Coupling Device

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Coupler: Signal Coupling Device

Coupler: Signal Coupling Device

A coupler is a device used to couple signals from one circuit or transmission line to another. It can achieve functions such as signal distribution, synthesis, and isolation. It’s commonly used in communication systems, RF circuits, and power systems.
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Advantages of the product

Multiple Signal Processing Functions

Enables signal distribution, synthesis, and isolation, meeting diverse communication requirements.

Widely Used in Multiple Fields

Applied in communication systems, RF circuits, and power systems, demonstrating its versatility.

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A dual directional coupler refers to a type of coupler that samples the forward and reverse power in a transmission line simultaneously. As a result, dual directional couplers find use in RF systems for power monitoring and impedance matching

common problem

What is the function of a coupler?

A coupler couples signals from one circuit or transmission line to another. It can achieve functions like signal distribution, synthesis, and isolation, and is used in communication systems, RF circuits, and power systems.
A coupler uses internal electrical components to split an input signal into multiple output signals according to a specific ratio, enabling signal distribution to different parts of a system.
Yes. Some couplers are designed to isolate signals, preventing unwanted signal feedback or interference between different circuits or transmission lines.
In communication systems, couplers are commonly used in antenna arrays to distribute signals to multiple antennas and in RF signal processing units for signal combination and separation.

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User evaluation of the product

John Smith

The coupler functions well in signal distribution. It helps me achieve signal isolation and combination in my RF circuit.

IsabellaJames

Made with good quality, the coupler can work stably in various communication and power systems.

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Reliable Signal Transfer

Reliable Signal Transfer

Provides reliable signal transfer, maintaining signal quality during coupling processes.