42020 Allicdata Electronics
Allicdata Part #:

42020-ND

Manufacturer Part#:

42020

Price: $ 240.84
Product Category:

RF/IF and RFID

Manufacturer:
Short Description: POWER DIVIDER 2WAY 2GHZ-8GHZ
More Detail: RF Power Divider 2GHz ~ 8GHz Isolation (Min) 18dB ...
DataSheet: 42020 datasheet42020 Datasheet/PDF
Quantity: 1000
1 +: $ 218.94400
Stock 1000Can Ship Immediately
$ 240.84
Specifications
Series: --
Packaging: Tape & Reel (TR) 
Part Status: Active
Insertion Loss: 0.7dB
Frequency: 2GHz ~ 8GHz
Specifications: Isolation (Min) 18dB
Size / Dimension: 1.500" L x 1.000" W x 0.370" H (38.10mm x 25.40mm x 9.40mm)
Package / Case: Module
Description

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF power dividers/splitters are one of the most important elements in many RF applications, as they provide a transmission line connection between an RF signal source and an RF load. A basic RF power divider/splitter consists of two or more coaxial cables. In operation, an RF signal is sent from the source to the power divider/splitter, where it is divided among the cables and sent to the ultimate load. Depending on the design, RF power dividers/splitters may be configured to achieve a certain amount of power transfer or power insertion loss, or to provide a certain degree of impedance controllability.

RF power dividers/splitters are not suitable for all applications. Such devices are suitable for applications with relatively moderate input powers, operating within the standard frequency range of 50 MHz to 6 GHz. These devices require an input signal that is typically clean and free of harmonics and other noise, as otherwise, signal degradation, power losses, and device failure can occur. Depending on the number of ports on the power divider/splitter, power output may decrease with each additional output port.

The most common application of an RF power divider/splitter is as an antenna splitter. In this application, a single antenna is heated with a high power RF signal and the divided output is then sent to multiple RF loads such as amplifiers, receivers, or other signal processing systems. Such systems are designed to provide isolation and flexibility between the antenna and the RF loads. This application can be particularly useful in applications involving multiple receivers, where the power divider/splitter maintains a consistent input power regardless of the number of receivers connected.

RF power dividers/splitters are not limited to antenna splitters. They can also be used for distributed antenna systems, for coupling signals from one transmission line to another, for creating test environments, and for fading multiple receivers or other RF components in a system. Applications involving phased arrays may also benefit from the use of power dividers/splitters.

The performance of an RF power divider/splitter is affected by several factors. The frequency range of operation, power handling capacity, impedance matching, insertion loss, isolation, and signal distortion are all factors that should be taken into consideration. In general, the higher the frequency range and power handling capacity, the better the performance. Impedance matching is also important, as it helps ensure there is no signal reflection and proper power transfer is achieved.

The working principle behind RF power dividers/splitters is based on the concepts of power transferring and impedance controllability. Power transfer relies on the fact that energy is shared among resistance and capacitance elements. By choosing the right combination of components, such as resistors, capacitors, and inductors, the power transfer will be maximized. Impedance controllability is achieved by varying the impedances of the various elements, so that the proper and desired voltage levels can be reached.

In summary, RF power dividers/splitters are an essential part of many RF applications, providing a transmission line connection between a source and a load. Such devices can be used in many different applications, including antenna splitters, distributed antenna systems, coupling signals, creating test environments, and fading receivers or other components. The performance of the RF power divider/splitter is highly dependent on its frequency range, power handling capacity, impedance matching, insertion loss, isolation, and signal distortion. The working principle behind the device is based on power transfer and impedance controllability.

The specific data is subject to PDF, and the above content is for reference

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