Crane Aerospace & Electronics Datasheets for RF Power Dividers and RF Power Combiners

RF power dividers and RF power combiners are circuits that accept input signals and deliver multiple outputs that are equal in phase and amplitude. There are two basic product categories: passive and active.
RF Power Dividers and RF Power Combiners: Learn more

Product Name Notes
1. The basic power divider is a hybrid junction with one of its ports internally terminated. For in-phase power division, such as provided in the PDG-02A series, the E port...
1. The HJF-A Series of assymetrical hybrid junctions uses lumped element circuits to provide very compact and light weight solutions to a variety of signal processing functions. Among these are...
1. The HJF-A series of four port hybrid junctions uses lumped element circuits to provide a variety of signal processing functions. Among these are: a) Power division with phase shift:...
1. The HJM series of hybrid junctions covers 1 to 500 MHz using lumped element circuits to achieve high output port isolation and excellent amplitude and phase balance. 2. The...
1. The HJM-4R-G series covers 1 to 26.5 GHz in multi-octave ranges. To achieve these broad bandwidths, special multi-section stripline designs have been developed. These designs feature high isolation and...
1. The HJZ-B series of 0°/180° hybrid junctions covers 1 to 200 MHz using lumped element technology to achieve good isolation and balance over wide bandwidths. 2. These units have...
1. The PD-30-150 3-way Power Divider/Combiner covers 1 to 300 MHz using a lumped element design for a broad bandwidth and high output port isolation. 2. This unit complies with...
1. The PD7 series covers 50 to 90 MHz with a broadband, lumped element design to minimize the baseband amplitude and phase ripple. 2. These units are suitable applications in...
1. The PDG-02B series of surface mount two-way Power Dividers/ Combiners, covers a broad frequency range of 10 to 2000 MHz using a special lumped element design to reduce the...
1. The PDG-20-250 and PDU-20- 250 2-way Power Dividers/Combiners cover a broad frequency range from 5 MHz to 500 MHz using a special high performance lumped element design to reduce...
1. The PDG-3B series of 3-way Power Dividers/ Combiners covers 1 to 1000 MHz using lumped element circuits to minimize size while providing high performance. The surface mount housing is...
1. The PDG-4C series of 4-way In-Phase Power Dividers/ Combiners covers 1 to 500 MHz using an n-way lumped element design to reduce size making it ideal for applications where...
1. The PDHM-20-400 2-way Medium Power In-Phase Power Divider covers 10 to 800 MHz with high isolation over the 30 to 600 MHz frequency band. It is designed for input...
1. The PDK-25R series of 2-way In-Phase Power Dividers/Combiners cover 6 to 40 GHz. Each uses an original wideband design providing high isolation and low VSWR across a very wide...
1. The PDK-45R series of 4-way In-Phase Power Dividers/Combiners covers multi-octave frequency bands from 6 to 40 GHz. All use an original wideband stripline circuit design providing high isolation and...
1. The PDM-20 series of connectorized two way In-Phase Power Dividers/Combiners covers 50 kHz to 2 GHz using lumped element design providing very broad bandwidths.
1. The PDM-21(M) series of 2-way In-Phase Power Dividers/Combiners covers 500 MHz to 18 GHz in octave bands. Each uses a conventional Wilkinson design which provides high isolation and low...
1. The PDM-24M series of 2-way In-Phase Power Dividers/Combiners covers multi-octave frequency bands from 2 GHz to 18 GHz. Each uses a multi-section Wilkinson design providing high isolation and low...
1. The PDM-30 series of 3-way In-Phase, Power Dividers/Combiners covers 1 to 2,000 MHz, using a special lumped element design to reduce size. 2. Similar units are available with up...
1. The PDM-33-12 G provides three-way in-phase division of microwave signals in the 6 to 18 GHz range. It is one of a series of true multi-way Power Dividers developed...
1. The PDM-38-10G provides three-way in-phase division of microwave signals in the 2 to 18 GHz range. It is one of a series of true multi-way Power Dividers developed to...
1. The PDM-39-9G provides three-way in-phase division of microwave signals in the 0.5 to 18 GHz range. It is one of a series of true multi-way Power Dividers, developed to...
1. The PDM-40 series of 4-way in-phase, side output, power dividers/ combiners cover 50 kHz to 500 MHz using a high performance lumped element design to maximize the bandwidth.
1. The PDM-41M series of 4-way Power Dividers/Combiners covers 500 MHz to 18 GHz. 2. Each unit uses a multi-section Wilkinson circuit providing high isolation and low VSWR. Etched PTFE...
1. The PDM-44M series of 4-way Power Dividers/Combiners covers 2 to 18 GHz using a multi-section Wilkinson design providing high isolation and low VSWR. Etched PTFE fiberglass stripline circuits are...
1. The PDM-45R series of 4-way, In-Phase Power Dividers/Combiners covers 0.5 to 26.5 GHz. Each circuit uses a specially developed stripline design providing high isolation and low VSWR over broad...
1. The PDM-60 series of 6-way In-Phase, Power Dividers/Combiners covers 1 to 500 MHz using a lumped element design for broad bandwidth and high performance.
1. The PDM-63-12G provides six way in-phase division of microwave signals in the 6 to 18 GHz frequency band. This unit is one of a series of true n-way dividers.
1. The PDM-81M-G series eight- way Power Divider/Combiners covers the band from 2 to 18 GHz in four standard models with and other special models for specific, optional frequency ranges.
1. The PDM-84-G series eight way Power Divider/Combiners covers 2 to 18 GHz using a multi-section stripline Wilkinson design providing high isolation and low VSWR. Etched PTFE fiberglass stripline circuits...
1. The PDML-20 series of In-Line 2-way Power Dividers/Combiners covers 2 MHz to 2 GHz using high performance, multi-octave, lumped element circuits. 2. The housing is a convenient low 0.4...
1. The PDML-30 series of In-Line 3-way Power Dividers/ Combiners covers 2 to 2000 MHz using a high performance lumped element design. All units are housed in a convenient, low...
1. The PDML-40 series of In-Line 4-way Power Dividers/Combiners covers 10 to 2,000 MHz using a high performance lumped element design to achieve multi-octave bandwidth. 3. The units are housed...
1. The PDML-60 series of 6-way, low profile, in-line Power Dividers/Combiners covers 1 to 1000 MHz using lumped element design for broad bandwidth and high performance. 2. Other Power Dividers/Combiners...
1. The PDML-80 series of 8-way In-Line Power Dividers/Combiners, covers 2 to 1000 MHz using a lumped element design for minimum insertion loss.
1. The PDN-20 series of 2-way In-Phase Power Dividers/Combiners covers 10 to 1000 MHz using a lumped element design for high isolation and uniform phase/amplitude balance in a conveniently sized,...
1. The PDNL-20 series of In-Line 2-way N-Type Power Dividers/ Combiners cover 2 MHz to 2 GHz using high performance lumped element designs. Higher accuracy over narrower bands are available...
1. The PDNL-30-500 In-Line 3-way Power Divider/Combiner covers 50 to 1000 MHz using high performance lumped element designs. Standard versions are generally available from stock while models with closer tolerances...
1. The PDNL-40 series of In-Line 4-way Power Dividers/ Combiners covers 5 to 2,000 MHz. Each uses a high performance lumped element design to achieve multi-octave bandwidths. Standard units are...
1. The PDP-2N series covers 50 kHz to 2.0 GHz with the special ‘‘B’’ series narrowband units extending coverage to 3 GHz. 2. The Meri-PacÔ package housing these 2-way Power...
1. The PDP-3Q-525 3-way Power Divider/Combiner covers 50 to 1000 MHz and is ideal for applications where high performance and an ultra-miniature package is essential. 2. The Meri-PacÔ housing these...
1. The PDP-4R series of 4-way Power Dividers/ Combiners covers 2 to 2,000 MHz using a special lumped element design to reduce size making these units ideal for applications where...
1. The PDS-20-600 2-way Power Divider/Combiner covers 50 to 1,000 MHz using a special lumped element design to reduce the size making it suitable for applications requiring high performance in...
1. The PDT-30-50 3-way Power Divider/Combiner covers a broad frequency range from 1 to 100 MHz using a special lumped element design to reduce the size to a minimum. 2.
1. The PDZ-2B series is a CaseFree, lumped element power divider designed for size and process compatibility with MMIC and similar devices. The low 0.130" profile allows it to be...
1. The PQF-2E-500 is a 90° Power Divider/ Combiner covering 30 MHz to 1 GHz using wideband 45° lead-lag circuits to generate the quadrature phase relationship between the outputs. This...
1. The QH-7 Series consists of multi-octave models with bandwidth ratios ranging from 16:1 to 125:1. Their function is to split an input signal into two equal amplitude, isolated outputs...
1. The QHF-2-G series consists of quadrature backward-wave hybrid couplers which use shielded stripline design techniques to cover octave bands in the frequency range 54 MHz to 2 GHz. 2.
1. The QHF-22A series covers 5 to 300 MHz using a special lumped element design to minimize package size and cost. This series features a low 0.15" profile package suitable...
1. The QHF-23A series of 3 dB Quadrature Hybrids covers 1 to 1250 MHz using special lumped element designs to minimize size for high performance in applications requiring small size.
1. The QHF-2A series of Quadrature Hybrids covers 1 MHz to 1000 MHz using special lumped element circuits to minimize parts count and size for applications requiring an ultra-miniature package.
1. The QHF-3 series covers 30 MHz to 1 GHz using a multi-section stripline design to produce wide operating bandwidths. Designs for many other frequency ranges are available to custom...
1. The QHF-6L series of 3 dB quadrature hybrids covers ultra-wide bandwidths using six or more cascaded hybrid sections in a single low profile, hermetic package. This technique results in...
1. The QHG-22B series covers 1 to 300 MHz in 30% bandwidth units using a special lumped element design to minimize size and cost. The low 0.175" profile surface-mount package...
1. The QHG-2B series includes narrowband devices covering 1 to 1,000 MHz using a special lumped element design to minimize size and cost. The low profile, surface-mount package which houses...
1. The QHK-4R series of 3 dB quadrature hybrid couplers covers 6 to 40 GHz using stripline circuits for high isolation and low loss. 2. These units are provided with...
1. The QHM-2 series of 3 dB quadrature hybrids covers 1 to 500 MHz using lumped element designs for high performance in a conveniently sized package.
1. The QHM-23 series covers 10 to 250 MHz in octave segments using multi-section lumped element circuits in a sturdy, compact package.
1. The QHM-2M and QHM-3M series of quadrature hybrid couplers covers 500 MHz to 12.4 GHz in octave and multi-octave bands, respectively. 2. These units have been designed using miniature...
1. The QHM-4R-G series covers 500 MHz to 26.5 GHz using an advanced stripline design for high isolation and low loss. 2. Signals applied to any port will split equally...
1. The QHM-6 series of multi-octave quadrature hybrid couplers covers 2 to 400 MHz using multi-section lumped element circuits resulting in a compact, sturdy package.
1. The QHP-23N series of covers 1 MHz to 300 MHz using a special lumped element design to reduce package size making it ideal for applications requiring high performance in...
1. The QHS-2 series of 3 dB Quadrature Hybrids covers 1 to 200 MHz using a special lumped element design to reduce the size making it ideal for applications where...
1. The QHT-2 series of single section hybrids covers 1 to 500 MHz using a special lumped element design minimize package size while maintaining high performance.
1. The QHT-3 series of two-section hybrids covers 1 to 400 MHz using a special lumped element design to minimize size while maintaining high performance. The TO-5 package used is...
1. The QHZ-23B series of CaseFree 3 dB Quadrature Hybrids has been designed for size and process compatibility with MMIC and similar devices. The series presents a unit profile height...
1. The QHZ-2A series of CaseFree 3 dB Quadrature Hybrids has been designed for size and process compatibility with MMIC and similar devices. This series has narrow band applications and...
1. The QJE-2-.312GG is ideal for high power applications. A high thermal conductivity dielectric is used to disperse heat insuring high performance and reliability. 2. The FilmbridÔ Sandwich Package is...
1. The QJE-3-.300G Quadrature Hybrid covers 100 to 500 MHz using a multi-section stripline design with special attention to thermal dissipation. The FilmbridÔ package has been designed to work with...
1. The QJN and QJC series of Quadrature Hybrids have been designed for high power terrestrial and aerospace applications and are available for a variety of applications including those covering...
1. Units in the IVM-20B series of I&Q networks are composed of a 90° quadrature hybrid, an inphase power combiner and two mixers feeding matched diplexers and wideband video amplifiers.
Ku-Band Iso-Divider The Iso-Divider product provides a satellite builder an integrated solution for redundancy protection in transmit and receive paths. A single, miniature device combining four individual units into a...
Crane Aerospace & Electronics Microwave Solutions continues to expand the Ku-Band Iso-Divider product family with the introduction of an 8-way unit. Featuring similar outstanding performance as the previously introduced 4-...
Crane's Microwave Solutions offers a wide range of product solutions from component level devices to complex, advanced integrated microwave assemblies. Products include: Ferrite products Circulators and Isolators Passive products Mixers,...
The HJF-A-500 SQ hybrid junction covers a frequency range of 5 - 1000 MHz using a special lumped element design to reduce the size while maintaining high performance. This device...
The PDF-3C-50 SQ 3 way power divider/combiner covers a frequency range of 1 to 100 MHz using a special lumped element design to reduce the size while maintaining high performance.
The PDF-4E-1300 SQ is a wideband, lumped element, 4 way power divider, covering 100-2000 MHz. Its toroidal transformer design yields high performance with small size and weight. Parts, materials and...
The PDF-4E-250 SQ is a wideband, lumped element, 4 way power divider, covering 10 - 500 MHz. Its toroidal transformer design yields high performance with small size and weight. Parts,...
The PDG-02B-1005 SQ surface mount 2 way power dividers/ combiners, covers a frequency range of 100 to 2000 MHz using a special lumped element design to reduce the size while...
The PDG-02B-255 SQ surface mount 2 way power dividers/ combiners, covers a frequency range of 10 to 500 MHz using a special lumped element design to reduce the size while...
The PDG-02B-50 SQ surface mount 2 way power dividers/ combiners, covers a frequency range of 1 to 100 MHz using a special lumped element design to reduce the size while...
The PDG-02B-500 SQ surface mount 2 way power dividers/ combiners, covers a frequency range of 20 to 1000 MHz using a special lumped element design to reduce the size while...
The PDM-20-250 SQ In-Phase Power Divider/Combiner covers 10 - 500 MHz. It uses a lumped circuit technology design which provides high isolation and low VSWR.This device has been designed in...
The PDM-21-1.5G SQ In-Phase Power Divider/Combiner covers 1 - 2 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-10G SQ In-Phase Power Divider/Combiner covers 8.0 - 12.4 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-12G SQ In-Phase Power Divider/Combiner covers 10.5 - 13 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-14G SQ In-Phase Power Divider/Combiner covers 13 - 15 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-15G SQ In-Phase Power Divider/Combiner covers 12 - 18 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-2.25G SQ In-Phase Power Divider/Combiner covers 1.5 - 3 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-21-6G SQ In-Phase Power Divider/Combiner covers 4 - 8 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-23-11G Power Divider/Combiner covers 5 to 18 GHz. This unit is designed to meet broadband ECM and wideband communications requirements with precise amplitude and phase balance and high output...
The PDM-24-11G SQ In-Phase Power Divider/Combiner covers 7 - 15 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-24-13G SQ In-Phase Power Divider/Combiner covers 8 - 18 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR.This device has been designed in accordance...
The PDM-41-3G SQ 4-way In-Phase Power Divider/Combiner covers 2.0 - 4.0 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR. This unit has been designed,...
The PDM-81-12G SQ 8-way In-Phase Power Divider/ Combiner covers 10.5 - 13 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR. This unit has been...
The PDM-81-3.8G SQ 8-way In-Phase Power Divider/ Combiner covers 3.3 - 4.3 GHz. It uses a conventional Wilkinson design which provides high isolation and low VSWR. This unit has been...
The PDML-60-50 SQ 6-way In-Phase Power Divider/Combiner covers 5 - 100 MHz. It uses a low profile in line design which provides high isolation and low VSWR. This unit has...
The QHF-2A-10 SQ 90° quadrature hybrid covers a frequency range of 10 MHz ± 5% using a special lumped element design to reduce the size while maintaining high performance. This...
The QHF-2A-100 SQ 90° quadrature hybrid covers a frequency range of 95 - 105 MHz using a special lumped element design to reduce the size while maintaining high performance. This...
The QHF-2A-200 SQ 90° quadrature hybrid covers a frequency range of 190 - 210 MHz using a special lumped element design to reduce the size while maintaining high performance. This...
The QHM-2-.450G SQ Quadrature Hybrid Divider/Combiner covers 400-500 MHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured and qualified...
The QHM-2-1.5G SQ Quadrature Hybrid Divider/Combiner covers 1.1 - 1.6 GHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured...
The QHM-2-1.8G SQ Quadrature Hybrid Divider/Combiner covers 1.7 - 1.9 GHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured...
The QHM-2-2.25G SQ Quadrature Hybrid Divider/Combiner covers 2.0 - 2.5 GHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured...
The QHM-2-6G SQ Quadrature Hybrid Divider/Combiner covers 5.0 - 7.0 GHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured...
The QHM-2-7.7G SQ Quadrature Hybrid Divider/Combiner covers 6.9 - 8.5 GHz. It uses a rugged stripline design which provides high isolation and low VSWR. This unit has been designed, manufactured...
The QHM-4R-10G SQ Quadrature Hybrid Divider/Combiner covers 2.0 -18.0 GHz. The phase relationship is 0° to the port directly opposite and +90° to the port on the diagonal. It uses...
The QHS-6 series of multi-section wideband quadrature hybrids covers 2 to 400 MHz using a special lumped element design to minimize size while preserving its excellent electrical performance characteristics.