5410329331955

This satellite splitter is designed to split a coaxial signal into three connections. With this 3-way satellite splitter, one satellite signal can be distributed to multiple satellite receivers or tuners. This allows multiple devices to be connected to the same satellite installation. The splitter is equipped with F-connector female connections. This type of connection is standard for satellite installations and broadband coaxial networks. The splitter has one input and three outputs, making it easy to distribute the signal to three coaxial cables. With a frequency range of 5 – 2500 MHz, this splitter is suitable for satellite signals and other high-frequency coaxial signals. This means the product can be used for satellite receivers, satellite tuners, and other equipment connected via coaxial cables. The splitter supports DC power pass. This means that the power supply from a satellite receiver can be passed through the coaxial cable to the LNB of the satellite dish. This maintains the LNB's power supply when the signal is split. The housing is made of zinc and designed as a metal die-cast enclosure. This ensures good shielding against external interference and stable signal distribution within the installation. Specifications • Satellite splitter type / 3-way coaxial splitter • Brand HQ Products • Number of inputs 1 • Number of outputs 3 • Connection 1 F-connector female (input) • Connection 2 F-connector female (output) • Connection 3 F-connector female (output) • Connection 4 F-connector female (output) • Frequency range 5 – 2500 MHz • Insertion loss 6.5 dB • DC power pass yes • Impedance 75 Ohm • Housing material zinc (die-cast) Explanation of terms used Satellite splitter A satellite splitter divides one satellite signal into multiple outputs so that multiple satellite receivers can be connected to the same installation. Coax Coax (coaxial) is a cable type used for transmitting television, radio, and satellite signals. F-connector An F-connector is a coaxial connector widely used in satellite installations and broadband coaxial networks. Frequency range The frequency range indicates which signal frequencies can be passed through by a device. Insertion loss Insertion loss indicates how much signal loss occurs when a signal is split by a splitter. DC power pass DC power pass means that power voltage can be passed through the coaxial cable, for example, to power an LNB on a satellite dish. Impedance Impedance is the electrical resistance of a coaxial installation and is standard for television systems with a value of 75 Ohm. Ask a product question