What is Diploxer?

Diploxer is a three -port combined spray device that enters the signal at one end and directs it with two outputs to two different lines. Without drawing any power supply outside the system, it also combines two signals into one single output. Two incoming frequencies must be different enough for the device to work properly, such as video and audio signals for use with TV sets. For example, lines that can be fed into diploxer, for example, from roof antennas, or one path can come from a satellite bowl and one of the antenna. Output from TV cameras with closed circuits can also be fed to one of the inputs to the device. The unit performs functions similar to systems that are used for multiplexing. Instead of distributing many different signals from one place, only two are processed to suit the functional needs of the system. The ESE thsignals are powered by one channel, often a coaxial cable and diploxers are processed at each end. Signals arerouted to various receivers according to the corresponding frequencies.

Diploxers can be used as performance dividers to feed energy control (DC). They are often used in communication systems to transmit radio signals through an antenna that could otherwise only handle a limited number of signals. Depending on the variety of frequencies, ultra -high frequency transmitters (UHF) and very high frequency (VHF) Diploxer to combine signals into one channel use very high frequency (VHF). Diploxers can also be used as a backup in the two Anttenna system, in case of maintenance or failure of one receiving antenna.

often used in industrial environments and domestic TVs is also suitable for dividing sound and data in Digital Subscriber Line (DSL). Compatible with DC devices can be used as a preload for electronic components, to reduce the loss of signal in loveIm frequencies when combining DC signals with other inputs. Another advantage of the diploxer is that this loss is less than the loss of the typical combinator of the distributor. For diploxers, the loss may be up to 1.0 decibels (DB), but the losses are sometimes up to 4 dB differently. They are easier than a trixer or other multiplex devices, but integrate into communication systems with other components such as amplifiers, taps and distribution.