This antenna wall socket is designed for connecting television, radio, and satellite equipment within coaxial installations for cable television and antenna systems. The wall socket can be used as a loop-through or end-of-line socket within a coaxial installation. The antenna socket is suitable for use in MATV installations for cable television, radio, satellite, and DVB-T. The connection can be linked to a multiswitch or LNB and is suitable for both surface-mounted and flush-mounted installation. The SAT connection supports a frequency range of 950 – 2400 MHz. The television connection supports a frequency range of 125 – 862 MHz with a return path of 5 – 65 MHz. For radio, a frequency range of 88 – 120 MHz is supported. The SAT connection features DC pass-through, allowing power supply to be transmitted via the coaxial cable to, for example, an LNB. Specifications • Product type Antenna wall socket • Version 3-hole loop-through or end-of-line socket • Impedance 75 ohm • Connection 1 IEC connector female (TV) • Connection 2 IEC connector male (radio) • Connection 3 F-connector female (SAT) • Connection attenuation TV 2.5 – 3.5 dB • Connection attenuation radio 2.5 – 3.5 dB • Connection attenuation SAT 3 dB • Frequency range TV 125 – 862 MHz • Frequency range TV return path 5 – 65 MHz • Frequency range radio 88 – 120 MHz • Frequency range SAT 950 – 2400 MHz • DC pass-through Yes (SAT connection) • Certification CE Wall socket accessories: - Cover plate - Surface mount frame 3 connections The wall socket has three connections, allowing television, radio, and satellite equipment to be connected via a single coaxial installation. Return path The return path on the TV connection enables two-way communication in the coaxial network. This allows devices such as cable modems and interactive media boxes to send data back to the network. DC pass-through The SAT connection supports DC pass-through, allowing power supply to be transmitted via the coaxial cable to, for example, an LNB or satellite installation. Ask a product question