When someone hears the term “divided power,” thoughts may go toward a situation which points to an environment of diminishing returns or less than stellar quality. A feeling that one avenue of power may be stronger while the other is weaker. This may be the case in politics or sports, but it isn’t true when it comes to dividing power via a broadband coupler. Conversely, utilizing a coupler helps all types of industries and homes have the same power of the wireless internet as they would if there were a single connection.
Power Dividers, also known as power splitters, are passive devices. Initially, they were used in the field of radio and analog technology. Today, they are also used extensively for transmission of digital signals. Their job is to couple a defined amount of the power in a transmission line to a port enabling the signal to be used in another circuit.
In the case of a broadband power divider, the transmission divided is in gigahertz (GHz) instead of modulation.
Numerous companies on and off the internet sell a variety of power dividers for their broadband networks. Some, like Werlatone, sell not only to consumers and businesses but also to the military. This is because broadband dividers offer an extra level of security. In other words, if a signal is split, one end can be compromised while the other continues to work in order to investigate the situation.
Broadband dividers come in a number of varieties. One of the most common you may have seen is a directional coupler. This type of unit has either three or four couplers where coaxial cables are installed. These cables may be connected to modems, routers, or other network-capable devices. Uni-couplers in this model are used in many cases to sample power in one direction at any given time. Bi-directional couplers help to monitor and direct forward and reverse power.
The broadband divider which is right for your home or business depends on your needs. It’s best to seek out the advice of an electrician or network engineer to determine your current broadband capacity, where there is a loss, and how many couplers would be required to boost the power.
