30110

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Coupler Type:	Standard
Frequency:	600MHz ~ 1.2GHz
Coupling Factor:	3dB
Applications:	Military
Insertion Loss:	0.6dB
Power - Max:	200W
Isolation:	18dB
Return Loss:	18.5dB
Package / Case:	Module
Supplier Device Package:	--

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RF Directional CouplerA RF directional coupler, also known as a signal splitter, is an electronic device that is used to split a radio-frequency signal into two parts: one part is sent to the intended receiver, and the other is routed to an adjacent receiver or receiver path. The signal then travels through the device, which captures and replicates the RF signal. This process allows for the signal to be sent to multiple receivers, and is an important component to many communication systems. The RF directional coupler is a passive device, meaning it does not require an external power source. It is composed of two sets of coils, which are connected in series. The coils are placed together so that the electric field of the RF signal is divided between them. By coupling the two sets, the signal is then sent to the subsequent receivers or receiver paths. There are two main types of RF directional couplers: high-pass and low-pass. A high-pass RF directional coupler is designed to pass frequencies higher than a certain cutoff frequency. The higher frequencies are sent to the direct receiver, while the lower frequencies are routed to the adjacent receivers or receiver paths. This type of coupler is commonly used in short-range communications such as mobile phones, satellite systems, and radar. Low-pass RF directional couplers are designed to pass frequencies lower than a certain cutoff frequency. The lower frequencies are sent to the direct receiver, while the higher frequencies are routed to the adjacent receivers or receiver paths. This type of coupler is often used in long-range communication systems such as television broadcasting and radio. The RF directional coupler is used in many different areas, such as satellite communications, wireless communication, automotive systems, aviation systems, cell phones, telecommunications, medical equipment, and networking. In automotive systems, for example, the coupler can be used in navigation systems to route signals to multiple receivers, which helps to improve accuracy and reliability. In aviation systems, the coupler can be used to divide a signal between multiple receivers, allowing for an improved reception range and better signal quality in challenging environments. In telecommunications, the RF directional coupler is used to route signals between multiple receivers, allowing for more efficient signal routing and higher bandwidth. The coupler can also be used in medical equipment, such as EEG machines, to route signals between multiple receivers and ensure the accuracy of data collected from patients. In networking, the coupler can be used to route signals between multiple receivers, allowing for an improved wireless range and improved signal strength. The RF directional coupler is an important component in many communication systems. It is used to route signals between multiple receivers and allows for improved signal strength and better signal quality. This device is also used in a variety of applications, from telecommunications and automotive systems to medical equipment and networking. With its versatile design and efficiency, the RF directional coupler is an essential component in many communication systems.

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