Koaxial
Broadband DC Blocks
Outer DC blocks have a capacitor in-series with the outer conductor and the inner/outer types have capacitors in-series.
Reflector Antennas
Octave Horn Antennas
Multi Octave Horn Antennas
Horn Antennas
Spiral Antennas
Microstrip Antennas
Log Periodic Antennas
Discone-type Antennas
Bi-Conical Antennas
Directional Finding Antennas
dbDirect Broadband Antennas
Horn Antennas
NW346
Broadband Calibrated Coaxial Noise Sources, available in 6,15 and 23 dB ENRs
NW-MI Series
An economical and rugged manual noise instrument NW-MI series
NW-ATE Series
An economical and rugged noise instrument
HMPA & HHPA Series
Medium and High Power Amplifiers covers select bands from 20 to 100 GHz.
RCIED Jamming Antennas
Monitoring Antennas
High Power Transmit
Log Periodic Dipole Arrays (LPDA)
Switched Beam Antennas (SBA)
Low Phase Noise Amplifiers
Low Noise Amplifiers
Low Noise Figure Performance as Low as 1 dB
Ultra High Linearity Amplifiers
With IP2 performance exceeding +110 dBm
High Frequency Amplifiers
From 2 GHz to 45 GHz. Configurable without additional engineering charges
Medium Power Amplifiers
A complete line of the highest performance Medium Power Amplifiers the industry has to offer.
DF-A0052 (1- 3600 MHz)
A high-speed, 3-band, 5- to 3-channel commutating switch intended for switched elements direction finding applications.
DF-A0064 (20 – 6000 GHz)
High-Speed 4-band DF Antenna Band Switch intended for direction finding applications.
DF-A0137 (20 – 8000 MHz)
A high-speed, 4-band switch intended for direction finding applications. 20 - 8000 MHz
DF-A0239 (1 – 6000 MHz)
A high-speed 6- to 3-channel commutating switch intended for switched elements direction finding applications.
DF-A0226 (1 – 6000 MHz)
A high-speed, 4-band switch intended for direction finding applications.
DF-A0157 (20 – 6000 MHz)
A high-speed, 4-band switch intended for direction finding applications.
Cryo Attenuator
With low thermal noise characteristics and minimal self-heating, achieving temperature faster.
Coaxial Terminations
0 to 40GHz Termination,Power handling from 0.5 to 2000watts,
Powerfilm™ Chip Attenuators
RF Attenuators Up to 250 Watts, Up to 40 GHz
Powerfilm™ Flange Attenuators
Up to 250 Watts, Up to 4 GHz. Designed tovreduce power of the RF signal while generating only a small reflection even under maximum power conditions.
Pill Terminations & Attenuators
115A – 119A Manual Step Attenuators
A series of broadband, step manual attenuators in a right-angle drive configuration.
940 Continuously Variable Attenuators
Wide variable attenuation range with approximately linear calibrated dialm and rugged design.
General Purpose Bias Tees
Available in SMA, N-Type, and 7/16 DIN connector styles.
High Current Bias Tees
Quality and performance in a strandard three-port network for high current applications
Pulsed Models Bias Tees
Manufactured for maximum performance and minimal disruption.
75 Ohm Bias Tees
Quality and performance in a standard three-port network specific for 75 Ohm applications
General Purpose DC Block
DC block have a capacitors which prevent the flow of audio and direct current (DC) frequencies.
High Voltage DC Blocks
DC blocks have a capacitor in-series with the center conductor which prevents the flow of audio and direct current (DC) frequencies.
Coaxial Connectors
Waveguide to Coaxial Adapters
Rotary Joints
Standard and custom rotary joints for low or high power applications, for use in vehicle mounted self-pointing antenna systems, air traffic control towers, airborne or shipboard radar.
Mid-Size Coaxial Attenuators
0.5-18 Ghz . Resettability: 0.1 dB or better
Miniature Attenuators 1-18 GHz
Complete line of miniature continuously variable attenuators. Most models weigh 2 or 3 ounces and have been qualified for all types of military applications.
Broadband Phase Shifters
Model 3428 | Frequency Range: DC-4 GHz
Micrometer Driven Phase Shifters
DC-18 Ghz, Micrometer Driven
Motorized Coaxial Phase Shifter
Allow precise control of signal phase across broad frequency ranges by means of voltage control, with models available for frequency ranges up to 18 GHz.
Directly Calibrated Phase Shifters
DC-18 Ghz, Direct Reading. A very high degree of accuracy and extremely high resolution for fine tuning of phase.
Coaxial Directional Couplers
Broadband Directional Couplers, SMA Directional Couplers and Type N Directional Couplers. Frequency ranges:st 0.5 to 18.0 GHz
Broadband PIN Diode Switches
High-speed control of RF/microwave signals from 100 MHz to 18 GHz.
Waveguide to Waveguide Adapters
RF Cavity Filters
Tunable Cavity Band Reject Filters optimized performance for multiple industries, including harsh environments. 0.03 to 40 GHz
Extended Range Filters (ERF)
Combine a highly tunable interface with consistent power handling inside a modest package, fulfilling the need for a small and rugged RF filtering device.
IMF™ Filters
Integrated Microwave Filters (IMF™ Filters) Ultra-fast tuning speeds into pint-sized packaging, 1.5 GHz to 24 GHz
MAXI-POLE®
Tunable filters Band Pass Filters. Frequency Range: HF, VHF, UHF band in bandpass and band reject or notch configurations. Bandwidth: 1.9%-5.5%
MEGA-POLE®
Covers the standard frequency bands within the 30 to 450 MHz range. Designed for rugged military environments per MIL-STD-810
MINI-POLE®
Tunable filters is optimized for size, RF power handling, low distortion, and exceptional selectivity. 1.5 MHz to 700 MHz
NANO-POLE® Tunable Filters
Designed for optimal size, DC consumption, RF power handling, insertion loss, signal purity and linearity.
POWER-POLE®
Tunable Band Pass Filters. Bandwidth: 1.8%-9.5%
Ceramic Fixed Bandpass Filters
Offered in dielectric and connectorized forms, delivering superior high Q performance in a smaller sized package. Frequency Range: 0.27 to 3 GHz
Combline Filters
Combline Fixed Band Reject Filters offers high Q performance in a ruggedly designed package. Frequency Range: 500 MHz to 40 GHz
RF Helical Filters
Ideal for applications utilizing a narrow frequency range and where low insertion loss and impedance is required. 45 MHz to 3 GHz
Interdigital Filters
Frequency Range: 0.5 to 50 GHz. For variety of applications, including harsh military environments. UHF in Interdigital Bandpass Filter designs.
Lumped Element
Passive devices, smaller than the operating wavelength, to permit a wider bandwidth within compact packaging. 0.5 MHz to 10 GHz
Mixed Technologies Filters
By mixing technologies, including Cavity, Suspended Substrate, Ceramic, Lumped Components, Combline and Interdigital, we can more effectively tailor the filter design to individual applications.
Quad Flat No-Lead Package Filter (QFN)
Fulfills the current market demand for a low cost, high performance bandpass filter, Available as a 10mm unit. Frequency Range: 1.5 GHz to 24 GHz
Suspended Substrate Filters
Combine high Q factor and low-loss performance into a durable and temperature stable small package.
Thin Film Filters
Excellent temperature stability, low loss and consistent performance at a lower cost. 3 GHz to 50 GHz
Tubular Filters
Frequency Range: 100 MHz to 20,000 MHz. Bandwidth: 0.2% to 50%
Fixed Low Pass Filters
Available as narrow band filters or wideband filters, supporting bandwidths from .1% to 200%, in configurations of 2 to 18 sections
Low Pass Filters
Eliminate unwanted interference from adjacent channels by passing signals lower than a specified frequency and attenuating those in a higher range.
RF Multiplexers
Combine multiple filters to a common port to create a multi-channel module. Filters can be customized to meet lowpass, highpass, bandpass, or bandstop requirements.
RF Fixed Attenuators
DC-67GHz Fixed Attenuator,Power handling from 0.5 to 2000watts, attenuation range 0 to 80dB,
Digital Control Attenuator
up to 40GHz, attenuation from 0 to 60dB,
2-way Power Divider
From 0.5 to 40GHz, SMA,N,2.92mm conntector are avaliable, frequency band can be customized,
4-way Power Divider
From 500MHz-40GHz, Conntector SMA,N,2 92mm are avaliable, frequency band can be customized
8-way Power Divider
From 0.5 to 40GHz, conntector SMA,N,2.92mm are avaliable, frequency band can be customized,
3,12,16, 32-way Power Dividers
ultiway power dividers(Combiner), include 3-way,12-way,16-Way and 32-way Power divider(Combiner). Conntector SMA,N are avaliable
Lumped Power Dividers
2~16w. Freq. Range from 1MHz to 6000MHz, Coaxial, surface mount, plug-in type available,
Resistive Power Dividers
Resistive Power Divider, from DC to 18GHz.
90º Hybrid Couplers
up to 40GHz, connector SMA,N,2 92mm are avaliable.
180º Hybrid Couplers
Up to 40GHz, connector SMA,N,2 92mm are avaliable
Coaxial Isolators
Connector SMA, N, BNC, 2 92mm or Drop-in are avaliable. Customized frequency and optimized specifications available.
Coaxial Circulators
Connector SMA, N, BNC, 2 92mm or Drop-in are avaliable. Customized frequency and optimized specifications available.
Reflective PIN Diode Switches
Reflective Type Switches, 2 to 16way, controlled by TTL, minimun isolation 60dB.
Absorptive PIN Diode Switches
Absorptive Type Switches, 2 to 16way, controlled by TTL, minimun isolation 60dB Customized frequency and optimized specifications available.
High Power PIN Diode Switches
2 to 16way, controlled by TTL, Customized frequency and optimized specifications available.
Switched Filter Banks
10 channels, 8-18GHz, can be customized according to customer requriement
Digital Phase Shifters
Right Angle Waveguide to Coaxial Adapter
Endlaunch Waveguide to Coaxial Adapter
Double Ridge Waveguide to Coaxial Adapter
Octave & Half Octave Amplifiers
Radar & Communication Amplifiers
Broadband and Multi-Octave Amplifiers
Ultra Broadband Amplifiers
Low Noise Amplifiers
Ultra Low Noise Amplifiers
Limiting Amplifiers
Designed to accept a wide range of input power levels while responding with a limited range of output power levels.
KA Band Amplifiers
Radial Power Combiners and Dividers
Radar Rotary Joints for Air Traffic Control
Standard and custom rotary joint designs available for Primary Surveillance Radar (L and S-Band PSR) and Secondary Surveillance Radar (SSR)
Space-Qualified Rotary Joints
Space rotary joint designs are qualified to: NASA & ESA Standards as well other international Space Agency Standards
Rotary Joints for Commercial Applications
Satcom RF rotary joints designs in a single, dual and multi-channel configurations with coaxial and/or waveguide interfaces.
Rotary Joints for Military Radar & SATCOM
With multi-channel integrated rotary subsystems with high power RF waveguide channes, coaxial RF channels.
SPDT Coaxial Switches
Maximum VSWR ranging from 1.1 to 1.95 with minimum isolation ranges from 55 dB to 90 dB and a max insertion loss from .1 dB to .8 dB,
Coaxial DPDT Switches
Double pole double throw with SMA or 2.9mm connectors. Failsafe or latching actuator. DC - 40 GHz. Frequency Range: DC - 40 GHz
SPnT Coaxial Switches
Single Pole Multiple Throw
DPDT High Power Coaxial Switches
High Power Coax DPDT Switch frequency: Coaxial Switches route RF signals over a broad bandwidth from DC - 12.4 GHz
High Power Coax SPDT Switches
High Power Coax SPDT Switch frequency: Coaxial Switches route RF signals over a broad bandwidth from DC - 12.4 GHz
High Power Coax SPnT Switches
High Power SP3T, SP4T and SP6T Coaxial series
High Repeatability SPnT Switches
The Reliant Switch™ series has a switching time of 15 ms and it is offered with a nominal power supply voltages of +12Vdc or +24Vdc.
High Repeatability SPDT Switches
R401 Series Routes signal to one of two outputs. Great for ATE systems. SMA connectors. 10M Cycle Life, great insertion loss repeatability, low VSWR, high isolation
Broadband Endlaunch Adaptors | Series 373
1mm Endlaunch Adapters | 373 Wx Series
0.8mm Endlaunch Adapters | 373 F-Series
Broadband WG to Coax N Type Adaptors | 093-NF10 Series
WG to APC7 Coax Adaptors | 093-AP Series
WG to SMA Coax Adapters | 094-S Series
WG to K-Type Coax Adapters
WG to 2.4mm Coax Adapters | Series 093-TF/TM
WG to 1.8mm V-Type Coax Adapters | 093/094 Series
Low PIM WG to Coaxial Adapter | Series 098
High Power WG to Coax Adapters | Series 097
Compact WG to Coax Adaptors | 099 Series
Coaxial Flange to Flange Adapter
A practical alternative to flexible waveguide at millimeter wave frequencies. 33 GHz to 220 GHz
Seamless Semi-Rigid Flange to Flange Adapter
A low loss, hand formable waveguide section suitable for millimeter wave applications. 50 GHz to 330 GHz
Matched Hybrid Tee (Magic Tee)
Series 385 | 2.6 to 330 GHz | Excellent balance | E-H port isolation
Un-Matched Hybrid Tees
Series 390 | 1.14 to 140GHz | High Isolation | Balanced Power Division
Matched E and H Plane Tees
Series 400 – E Plane | Series 410 – H Plane | 1.14 to 330GHz
Unmatched E and H Plane Tees
Series 420 – E Plane | Series 430 – H Plane | 1.14 to 140GHz
Low Noise Amplifiers | HLNA Series
Active Multipliers
HAFM-Series available in models ranging from 20 to 100 GHz. Coaxial and waveguide interface versions
PIN Diode Switches | HSW & HSWM Series
Digital Attenuator | HDA040-069 Series
Range from DC to 40 GHz in 6-bit operation. Attenuation bit values are 0.5 dB (LSB)
Crossbar Switch Matrix | CB Series
CB Series conveniently facilitates environments containing multiple test setups, eliminating the need to connect and disconnect devices.
Multiple Switch
MS-series is a switch matrix solution offering user flexibility in instances where multiple switches are required.
Non-blocking FIFO systems
Full Fan-In Fan-Out (FIFO) systems are non-blocking devices, allowing simultaneous connections between any input to any output.
Switched Matrix Multiplexer
Electomechanical multiplexer system with the capability to switch one input to as many as 143 outputs.
Solid State Switch Matrices
Reliably routing the input signal to any output port, Solid State Matrices are applicable for complex applications where multiple I/O signals increase switching complexity.
3000 Series Manual Step Attenuator
High volume fabrication techniques, including injection molding, stamping, broaching and thick film printing ensure a uniform product.
9000 Series Manual Step Attenuator
Broadband miniature step attenuators providing excellent performance characteristics for high reliability 50 ohm systems.
Multi-Line Phase Shifters
DC-2 Ghz,. A multiline "open trough" design in which only the center conductor's length is varied to achieve phase change.