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Cellular Components
Explore essential cellular components including splitters, couplers, and surge protectors. Designed to optimize signal systems and network infrastructure.
These multi-channel combiners provide frequency-agile operation across their entire frequency range. Short-Haul Control Station Combiners may be used to reduce the number of antennas required on a communications site whilst also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio's Tx or Rx operating mode or antenna isolation characteristics.
These multi-channel combiners provide frequency-agile operation across their entire frequency range. Short-Haul Control Station Combiners may be used to reduce the number of antennas required on a communications site whilst also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio's Tx or Rx operating mode or antenna isolation characteristics.
These multi-channel combiners provide frequency-agile operation across their entire frequency range. Short-Haul Control Station Combiners may be used to reduce the number of antennas required on a communications site whilst also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio's Tx or Rx operating mode or antenna isolation characteristics.
These multi-channel combiners provide frequency-agile operation across their entire frequency range. Short-Haul Control Station Combiners may be used to reduce the number of antennas required on a communications site whilst also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio's Tx or Rx operating mode or antenna isolation characteristics.
Short-Haul Control Station Combiner Expansion Decks (CS0496-0405-EX) provide port capacity expansion capabilities for Short-Haul Control Station Combiners.
These multi-channel combiners provide frequency-agile operation across their entire frequency range. Short-Haul Control Station Combiners may be used to reduce the number of antennas required on a communications site whilst also ensuring that predictable radio-to-radio isolation is maintained at all times - irrespective of individual radio's Tx or Rx operating mode or antenna isolation characteristics.
The Transtector 1104-11-100 DC Surge Protector is an IEC 61643-1 DIN-Rail style surge protection device (SPD) designed to safeguard critical equipment operating on a 600 VDC electrical service. Utilizing state-of-the-art MOV technology, this surge protector provides effective protection against electrical transient surges generated by both external lightning events and internal switching events, ensuring long-term system reliability.
The Transtector 1104-11-104 DC Surge Protector is an IEC 61643-1 DIN-Rail style surge protection device (SPD) designed to safeguard critical equipment operating on a 200 VDC electrical service. Utilizing state-of-the-art MOV technology, this surge protector provides effective protection against electrical transient surges generated by both external lightning events and internal switching events, ensuring long-term system reliability.
The Transtector 1104-11-101 DC Surge Protector is a DIN rail mounted device designed for 1000 VDC applications. Utilizing state-of-the-art MOV technology, this surge protector meets Type 2 requirements and ensures effective protection against electrical transient surges from both external lightning events and internal switching events.
The Transtector 1101-626 Power Surge Protection Series is an advanced modular DIN rail mount silicon surge protector designed for 48 VDC applications. Utilizing state-of-the-art SASD technology, this surge protector ensures effective protection against electrical transient surges from both external lightning events and internal switching events.
The Transtector 1101-629 AC Surge Protector is a DIN-Rail style, single-mode SASD device designed to protect critical equipment operating on a 240 VAC single-phase electrical service. Utilizing state-of-the-art SASD technology, this surge protector ensures effective protection against electrical transient surges from both external lightning events and internal switching events.
The Transtector 1101-625 DC Surge Protector is an indoor DIN-Rail mounted surge protection device (SPD) designed to safeguard critical equipment operating on a 24 VDC electrical service. Utilizing state-of-the-art SASD technology, this surge protector provides effective protection against electrical transient surges generated by both external lightning events and internal switching events, ensuring long-term system reliability.
The Transtector 1101-624 DC Surge Protector is a DIN-Rail mounted surge protection device (SPD) designed to safeguard critical equipment operating on a 12 VDC electrical service. Utilizing state-of-the-art SASD technology, this surge protector provides effective protection against electrical transient surges generated by both external lightning events and internal switching events, ensuring long-term system reliability.
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.
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.
RFI Power Dividers / Combiners are used in a variety of RF splitter 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.
RFI Power Dividers / Combiners are used in a variety of RF splitters 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.
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.
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.
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.
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.
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.
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.
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.
