40268

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Insertion Loss:	0.7dB
Frequency:	8GHz ~ 12.4GHz
Specifications:	Isolation (Min) 16dB, 1.8 VSWR (Max)
Size / Dimension:	1.200" L x 1.000" W x 0.370" H (30.48mm x 25.40mm x 9.40mm)
Package / Case:	Module

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RF Power Dividers/Splitters are Passive Components used for dividing power from a RF signal into two or more signals. They can be used to split a signal into two signals of equal amplitude, or split the signal into many signals of different amplitude.RF Power Dividers are typically constructed from adapter cables, screws, nuts, antennas, connectors, cords, tubing, and other pieces. The components may be electrical or mechanical. The assembly may be fabricated from copper, aluminum, brass, stainless steel, or other metals.The working principle of an RF Power Divider is to divide the power from an RF signal into two or more signals. It is an impedance matching device which allows for the signal to be shared without any interaction between the signals. The signals are typically divided equally in terms of power and frequency.The most common type of RF Power Divider is the Wilkinson type, which is a series-coupled design. It consists of two diodes and a resistor in series to create a high port to port isolation. This type of divider can provide excellent isolation up to 10 GHz.Another type of RF Power Divider is the two-way hybrid coupler, which uses a transformer to provide power division and static coupling. This type of divider is very efficient and provides high isolation between the input and output ports. It is ideal for applications requiring a high level of power splitting.A three-way power divider is also available, which uses three ports to divide the input power into three output signals. This type of power divider is more efficient than the two-way hybrid coupler, and it provides better isolation between the input and output ports. It is suitable for applications that require three-way power division.In addition to the above types of RF Power Dividers, there are also coaxial dividers and combiners which are used for dividing and combining signals. Coaxial dividers use a single-ended signal while combiners use both balanced and unbalanced signals. Coaxial dividers have the advantage of providing high-power handling capabilities, while combiners are more suited for low-power applications.Overall, RF Power Dividers/Splitters are used to split a signal into two or more signals of equal or different amplitude. They are typically used in a range of applications, such as wireless communications, satellite communications, and radio broadcasting. They provide optimal signal isolation, power handling, and efficiency. They are available in different types, depending on the application.

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