Explore VHF and UHF communication solutions including antennas, filters, amplifiers, and couplers. Ideal for broadcasting, emergency services, and industrial use.
The RFI SP3827-2315-4.3 Directional Coupler is a 3-port device with a 15 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2320-4.3 Directional Coupler is a 3-port device with a 20 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2330-4.3 Directional Coupler is a 3-port device with a 30 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2312-4.3 Directional Coupler is a 3-port device with a 12 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2310-4.3 Directional Coupler is a 3-port device with a 10 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2308-4.3 Directional Coupler is a 3-port device with an 8 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
The RFI SP3827-2306-4.3 Directional Coupler is a 3-port device with a 6 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power. Featuring 4.3-10 female connectors, this coupler is an essential component for various RF applications, including combining, sampling, and power splitting.
RFI Power Dividers / Combiners are used in a variety of RF power dividing and combining applications. Typically used in DAS (Distributed Antenna Systems) for distributing power throughout feeder cable networks. RFI provide a three power dividing - combining options covering the most popular frequency bands which provide solutions for feeder cable and antenna networks.
The RFI SP3827-2305-4.3 Directional Coupler is a 3-port device with a 5 dB coupling value, designed for the 380-2700 MHz frequency range and capable of handling up to 200W of power with 4.3-10 female connector.
RFI Hybrid Couplers are used in a variety of RF combining, sampling and power splitting applications. Typically used in transmitter combining and DAS (Distributed Antenna Systems) for coupling and distributing multi-carriers throughout feeder cable and antenna networks. RFI provide a wide product range of balanced and unbalanced coupling values in the most popular frequency bands which enables optimised system levels.
RFI Hybrid Couplers are used in a variety of RF combining, sampling and power splitting applications. Typically used in transmitter combining and DAS (Distributed Antenna Systems) for coupling and distributing multi-carriers throughout feeder cable and antenna networks. RFI provide a wide product range of balanced and unbalanced coupling values in the most popular frequency bands which enables optimised system levels.
RFI Hybrid Couplers are used in a variety of RF combining, sampling and power splitting applications. Typically used in transmitter combining and DAS (Distributed Antenna Systems) for coupling and distributing multi-carriers throughout feeder cable and antenna networks. RFI provide a wide product range of balanced and unbalanced coupling values in the most popular frequency bands which enables optimised system levels.
These broadband isolators are suitable for use across their entire VHF frequency sub-band without tuning. These isolators may be used to provide mismatch protection to transmitter output stages, or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire VHF frequency sub-band without tuning. These isolators may be used to provide mismatch protection to transmitter output stages, or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire VHF frequency sub-band without tuning. These isolators may be used to provide mismatch protection to transmitter output stages, or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire VHF frequency sub-band without tuning. These isolators may be used to provide mismatch protection to transmitter output stages, or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire VHF frequency sub-band without tuning. These isolators may be used to provide mismatch protection to transmitter output stages, or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire UHF frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
These broadband isolators are suitable for use across their entire frequency sub-band without tuning. This isolator may be used to provide mismatch protection to transmitter output stages or for use with cavities in transmitter combiners to enhance Tx-Tx isolation and minimise the generation of intermodulation products.
