41130

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Insertion Loss:	1.2dB
Frequency:	2GHz ~ 18GHz
Specifications:	Isolation (Min) 15dB
Size / Dimension:	3.000" L x 1.450" W x 0.370" H (76.20mm x 36.83mm x 9.40mm)
Package / Case:	Module

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41130 RF Power Dividers/Splitters

RF power dividers are generally used to split an incoming RF signal into two or more smaller signals with a specified power division known in advance. 41130 RF power dividers are used to divide or combine signals in the frequency range of DC up to 18GHz. 41130 splitters are a type of volumetric RF wireless component, often referred to by the initials IF, and are components that are commonly used in radio frequency (RF) and microwave designs.41130 splitters are passive components that have the ability to divide a signal into two or more components, with each component having the same amplitude but a different phase. The term 41130 is derived from the wave division multiplexing system, which provides a means of separating two signals with the same frequency. The two signals are then sent to a receiving unit, where each signal is processed separately.41130 splitters are generally used in a variety of applications that require the transmission and reception of radio, including radio stations, cellular base stations, and satellite communications systems. The primary use of 41130 power dividers is to separate a single signal into two or more separate signals with equal power and phase, providing additional transmission capabilities for the receiver.41130 splitters are also commonly used in computer networks to divide a single LAN line into multiple computer terminals. The goal is to provide a faster connection to the LAN and reduce the cost of installation. 41130 splitters can also be used in television reception systems, such as satellite, terrestrial and cable. By splitting the signal, the user can watch multiple TV programs at the same time.The working principle of 41130 splitters is based on the reflection characteristics of a metallic surface. A metallic surface reflects the electromagnetic waves that impinge upon it. The combination of the reflected and the incident waves creates standing wave interferences, which lead to constructive and destructive tassels. This creates a single signal that is then divided into two signals by the transmission line.41130 splitters are often designed to have a specific impedance matching and to handle high power signals. The design of the 41130 power dividers is typically based on the network topology of the system. The topology of the 41130 network depends on the number of ports, cables, and output power, as well as the size of the waves that will be sent and received. The design of the 41130 power dividers is usually done using a network analyzer. The analyzer measures the RF impedance and the power levels at the source and the destination. Once the measured data is obtained, the network parameters can be adjusted as necessary.Once the 41130 power dividers have been designed, they must be tested. Testing methods used to ensure that the performance of the power dividers is acceptable for their intended purpose include impedance and return loss testing. Impulse response is also used to test the characteristics of 41130 splitters.In conclusion, 41130 RF power dividers are a type of volumetric RF component used for separation of radio signals for transmission and reception, or to divide a signal into two or more components for transmission to multiple receivers. The 41130 splitters are typically designed using a network analyzer and tested using impulse response and return loss testing.

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