Pulse PSP6938-5102-N is a wideband 2-way reactive power divider, operating across the frequency range of 698-3800 MHz, with N female connectors for reliable signal distribution in RF applications.
RFI Power Dividers / Combiners are used in a variety of RF power dividing and combining applications. Designed using Wilkinson or N-way styled cascaded broadband binary power splitting or combining techniques offering broadband capability with good splitter output / combiner input, port-to-port isolation. Manufactured using a robust low profiled solid milled aluminium housing these products are ideal for use in coaxial cable networks and multicoupling applications.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
Pulse PSP6938-5304-N Wideband 4-Way Wilkinson Splitter/Combiner is a versatile device that evenly splits RF input signals into four output ports. Pulse coaxial connectors and components have been used in quality radio infrastructure systems in Australia for decades.
These 3-way devices may be used in a range of RF signal splitting (divider) and combining applications and are designed to split RF source power into an equal ratio of power outputs, or combine multiple inputs to a single output with isolation between the ports. These products feature broad operating frequency bandwidth and multi-carrier PIM rating, and are widely used in Distributed Antenna Systems (DAS), receiver distribution networks and low-power RF signal dividing and combining designs. Their compact size, IP rating and ease of installation suits a wide range both indoor and outdoor deployments.
These 2-way devices may be used in a range of RF signal splitting (divider) and combining applications and are designed to split RF source power into an equal ratio of power outputs, or combine multiple inputs to a single output with isolation between the ports. These products feature broad operating frequency bandwidth and multi-carrier PIM rating, and are widely used in Distributed Antenna Systems (DAS), receiver distribution networks and low-power RF signal dividing and combining designs. Their compact size, IP rating and ease of installation suits a wide range both indoor and outdoor deployments.
These 3-way devices may be used in a range of RF signal splitting (divider) and combining applications and are designed to split RF source power into an equal ratio of power outputs, or combine multiple inputs to a single output with isolation between the ports. These products feature broad operating frequency bandwidth and multi-carrier PIM rating, and are widely used in Distributed Antenna Systems (DAS), receiver distribution networks and low-power RF signal dividing and combining designs. Their compact size, IP rating and ease of installation suits a wide range both indoor and outdoor deployments.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
RFI's Splitter / Combiner products are used in a variety of RF power splitting and combining applications. Typically used in Multicoupling applications and DAS (Distributed Antenna Systems) for distributing power through feeder cable networks. RFI provide 2, 3 and 4 Way Splitter / Combiner options in the most popular frequency bands where input/ output port to port isolation is important as a design consideration.
Pulse PSP6938-5104-N 4-Way Reactive Power Divider is designed for splitting RF input signals evenly into four ports and covering 698-3800 MHz range. Pulse coaxial connectors and components have been used in quality radio infrastructure systems in Australia for decades.
Pulse PSP6938-5103-N 3-Way Reactive Power Divider is designed for splitting RF input signals evenly into three ports, covering the 698-3800 MHz range. Pulse coaxial connectors and components have been used in quality radio infrastructure systems in Australia for decades.
RFI TP4055-2610-11 Expandable Series Combiner transmit/receive multicouplers, 400-550 MHz, are ideally suited to both analogue and digital UHF voice and data applications.
RFI's Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
RFI's Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
RFI's Transmitter Hybrid Combiners offer an innovative and compact solution that simplifies the design, quotation, procurement and installation of transmitter combining for applications requiring 2-9 Tx channels.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
Expandable Series Combiner transmit/receive multicouplers are ideally suited to both analogue and digital UHF voice and data applications. These channels utilise dual cavities to provide the transmitter carrier and noise suppression required for use on single (shared) transmit and receive antennas. Transmit channels may be ordered complete with dual isolators.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
The TP Series cavity combiners are ideally suited to combining multiple transmitters in analogue and digital communications systems. Unlike star' or parallel' harnessed cavity combiners, this user-friendly architecture provides a broadband solution allows services to be combined across the entire bandwidth of the antenna. The future expansion of the combiner can be easily performed in-the-field, without retuning or returning the combiner to the factory. The flexibility of the TP Series also caters for other combiner designs requiring multiple transmit, receive, and or transmit/receive frequencies operating in simplex, half duplex, or full duplex configurations. These may be implemented using either separate transmit and receive antennas, or single antenna systems.
