RF and Microwave

The SC5307A and SC5308A are high performance, triple stage, heterodyne downconverters designed to meet demanding applications such as RF instrumentation, wireless communications, satellite link, software defined radio and signal intelligence. Both modules have input RF frequency ranging from DC to 6 GHz and selectable IF bandwidths of 80 MHz, 160 MHz, and 320 MHz. These wideband modules use a YIG oscillator as their tunable RF LO, which provide excellent phase noise, thus contributing negligible noise to the down-converted RF signal.

The SC5318A is a C to K broadband single-stage downconverter, converting frequencies from 6 GHz to 26.5 GHz down to 50 MHz to 3 GHz. The LO frequency range is from 6 to 26.5 GHz with an input LO range from 6 to 14 GHz. An internal frequency doubler multiplies the input LO range up to 26.5 GHz. This module also features an internal 26.5 GHz synthesized LO, RF preamplifer, and variable gain control making it a compact standalone downconverter module. With the option for an external LO signal, the SC5318A may be configured for SISO applications or paired together for MIMO applications such as ground-based satellite communications, point-to-point radio, and test instrument systems.

The SC5312A and SC5313A are 400 MHz to 6 GHz direct IQ demodulators, down converting RF directly to analog In-phase and Quadrature IF or IQ baseband. The DC coupled differential IQ pair may be fed to any dual channel digitizer for analog to digital data conversion. The local oscillator (LO) is supplied by an external source (such as the SC5505A and SC5506A respectively) and its replica may be used to drive another direct IQ downconverter for coherent reception. These modules can also be configured together as an RF signal transceiver.

The SC5412A and SC5413A are 400 MHz to 6 GHz direct IQ modulators upconverting analog In-phase and Quadrature IF or IQ baseband directly to RF. Each module can also be operated as a single stage upconverter. The DC coupled differential IQ pair may be driven by any dual channel baseband source such as a dual channel arbitrary waveform generator. The local oscillator (LO) is supplied by an external source (such as the SC5505A or SC5506A respectively), and its replica may be used to drive another direct IQ upconverter for coherent transmission.

The SC5505A and SC5506A/B signal sources serve well as LO sources for multiple single stage downconverters or dual stage downconverters. Due to their low spurious content and low phase noise, they are ideal choices as clock sources for fast DAC and ADC applications, especially for those that require variable sampling rates. Each module is designed with the intent of being paired with SignalCore IQ modulators and demodulators. Their compact size and instrumentation grade performance make both the SC5505A and SC5506A/B ideal RF sources for many modern applications such as wireless test systems, radar, digital clocking, instrumentation, and both academia and military applications.

The SC5507A and SC5508A are from our PSG (Performance Signal Generator) line of signal generators, providing tunable frequency range from DC to 6.25 GHz, with resolution of 1 mHz. Their amplitude range is typically between -50 dBm to +15 dBm stepping at 0.01 dB, and harmonics are typically < -35 dBc. Phase noise at 5 GHz CW is better than -125 dBc/Hz@10kHz. These RF signal generators incorporate a 1 MHz to 6 GHz power sensor whose measurement range is -25 dBm and 15 dBm with accuracies of better than 0.50 dB.

The SC5520A and SC5521A are part of the ultra-high frequency synthesizer series (UHFS) of signal generators. It has a frequency tuning range of 160 MHz to 40 GHz stepping at 1 Hz resolution with an amplitude range of -10 dBm to +15 dBm typical with phase noise among the lowest in the market. These modules are both compact and rugged, making them ideal for system integration into frequency converters, test equipment, or as clocks in modern day digital data converters.

The SC5510A and SC5511A are high-performance VCO-based synthesized signal generators with a tunable output frequency range of 100 MHz to 20 GHz. Although consuming only 16 W of power, they contain the instrument grade performance of large box instruments. A low phase noise output of -137 dBc/Hz at 10 kHz offset from a 1 GHz carrier, a 1 Hz tuning resolution, and an amplitude step resolution of 0.01 dB over a -30 dBm to +10 dBm output range sets these modules apart from other PXI modular signal generators. Furthermore, through the use of a unique multiple phase-locked loop architecture, phase spurs are kept below -70 dBc across the entire tuning range, even at 1 Hz step resolution.

The RAM (Radio Absorbing Material) sheet can suppress radiation noise of electronics devices for Broadband range. It also reduces surface current as well as surface reflection in cavity resonant applications.

Sentinel 3 is the world’s most advanced RF over fibre test and measurement system.

The RAM (Radio Absorbing Material) sheet can suppress radiation noise of electronics devices for high frequency range. It also reduces surface current as well as surface reflection in cavity resonant applications.

point2point links are fixed gain, analogue signal transmission systems – solving electrical interference and signal attenuation problems in signal monitoring and distribution.

The RAM (Radio Absorbing Material) sheet can suppress radiation noise of electronics devices for high frequency range. It also reduces surface current as well as surface reflection in cavity resonant applications.

Whether your needs are well-defined or in the development stage, the TelGaAs team is here to help you to develop an optimized, custom product. We aim to increase profit and growth together. Many of our customers see the value we provide and often return to us for additional solutions to other problems they may be facing.

The AP-Series Portanims are attractive, compact, portable NIM compatible bins with self-contained power supplies.

The Broadband Noise Generator provides up to 1 watt of white Gaussian noise output over 2GHz to 4GHz frequency range.

The Ethernet controlled Noise Generator provides up to 1 watt of white Gaussian noise output over 500Hz to 10MHz frequency range.

The Model S1365 is a 9 kHz to 3.6 GHz Spectrum Analyzer with a minimum bandwidth of 10 Hz, allowing excellent signal resolution when the separation of closely spaced signals is required.

The BNC Model P4017 USB Oscilloscope offers the user a compact 4-channel, 100 MHz, 1 GS/s portable oscilloscope that connects directly with your PC through a standard USB port.

The Model P4025T is a 200 MHz digital oscilloscope packed with measurement modes and features.

The Model P2016 is a handheld oscilloscope that offers users 100 MHz bandwidth for evaluating fast signals and designs.

The Model A2255 is a 2-channel, 250 MHz Arbitrary Waveform Generator used for general purpose R&D and benchtop testing.

The Model 645 has some significant advances over our 20MHz and 30MHz models.

When a standard commercial product won’t support your needs, ConductRF goes in to another gear with its Precision RF Coaxial Connector support. We offer a broad range of options including 2.4mm, 2.92mm, 3.5mm as well as Precision SMA, Type-N, TNC and SMP solutions for many higher performance cables from the industries leading manufacturers like Times Microwave, Harbour Industries, Insulated Wire, Semflex and more.

Connectronics has been designing and manufacturing custom and standard RF + Microwave connectors and adapters used for coaxial, twinaxial and triaxial applications since 1985 in the U.S.A. While many of our parts are custom-designed, we do have a comprehensive assortment of standard RF connectors and adapters available. We also have a selection of high-precision machined components including contacts, housings, insulators, and other special-use parts manufactured to customer specifications.

ConductRF offers a very broad range of standard RF coax connectors that provide solutions for many common applications. Our standard RF connector products are manufactured in Taiwan at our new modern facility by our team of experienced staff that has over 30 years of history producing connectors for some of the industries leading brands.

Our most capable current generator provides users with the ability to generate highly precise current pulses, making this unit ideal for applications that require a high level of accuracy and repeatability.

The IP-2 HF series is a range of high frequency current sensors that are used to measure current on small conductors that may be passed through the aperture. Their small size minimizes the physical constraints of usual measurements and the choice of three sensitivities allows for a variety of outputs.

The I-400 and I-410 wideband current sensors were developed to facilitate current measurement on conductors where space is limited. The convenient size and shape make them quick to install over existing conductors that are difficult to pass through a fixed-window type probe. The aperture of 0.50 ” allows testing of a cable or cables up to and including the size of RG-9 coax.

The Model 745T-20C Digital Delay Generator provides users with an amazing twenty independent channels of pulse delay and width.

The I-150-1HF is the first probe to be offered in the new housing and has similar performance characteristics to the high frequency I-125-1HF probe. It has a transfer impedance of 5 Ω and bandwidth from 1 kHz to 1 GHz (usable frequency range 50 kHz – 1 GHz).

PPM supplies high voltage, wide-band baluns manufactured by Prodyn. These high performance baluns are designed to convert differential outputs from free-field sensors to a single ended 50 Ω output for capture on a recording or measuring device.

Inductive magnetic field probes, also known as B-dot probes, are used for measuring magnetic fields. PRODYN sensors are small to medium-sized high frequency sensors available in the following formats:
free-field
ground plane/surface current
radiation hardened

One of the most important properties of a wireless device is how much it actually radiates, how efficient is the antenna.

A VNA measures impedances and gains at high frequencies. Since it measures both the magnitude and the phase it is called a Vector Network Analyzer.

PRODYN’s precision high frequency ground plane electric field (D-DOT) sensors are designed to measure time rate-of-change of electric displacement over a wide frequency spectrum. They can also be used to measure the time rate-of-change of surface current density.

The Model 765 Fast Rise Time Pulse Generator offers up to 800 MHz pulse frequency and 70 ps rise and fall times.

Troposcatter is often used for radio communications, normally for over the horizon links when satellite links are marginal or unavailable. Although Troposcatter requires high power transmitters, sensitive receivers, and highgain antennas, it provides a very convenient data transmission system for many radio communication applications.

Berkeley Nucleonics’ 500 series Delay Generators offer industry-leading precision in a multitude of user-friendly form factors.

The Model 525 represents a revolutionary new portable pulse generator that offers full function in a compact and cost-effective package.

ARA has developed a unique line of antennas for telemetry systems that support both air and ground platforms. With over 55 years of design and manufacturing history, ARA can offer an antenna system at a variety of frequencies that will perform in any environment. With the increasing use of Drones and UAV systems over longer distances, the need to monitor a system’s telemetry is more important than ever.

ARA has a wide variety of Prime-Focus, Offset, Gregorian, and Cassegrain feeds and antennas for multi-band applications. These multiband feeds are designed to minimize phase center movement. This helps to better focus the feed within the reflector for optimal gain, providing the highest possible EIRP and G/T.

The APUASYN20 is a single-channel version of a very compact and agile signal source up to 20 GHz.

Multiple Frequencies in a Single Feed
Dual Polarization for Both Transmit and Receive
Motorized or Non-motorized
Optional Reflectors
Optional Positioners and Controllers
Made in the USA

The APSYN420 models consist of low phase-noise synthesizers operating up to 20GHz.

This Ku-band Satellite Simulator System is designed to provide a loop-back test for vehicle mounted Ku Band antennas without the need to access the satellite.

The Ruggedised Satellite Simulator is portable thereby facilitating the testing and calibration of terminals off-satellite.

Multi-Channel 100 kHz to 43.5 GHz Wideband Synthesizer System

ULTRA HI-FLEX
RUGGEDIZED
ARMORED
KINK RESISTANT
ANTI-TORQUE

The APUASYN20-X is a multi-channel version of a compact and agile signal source from 8 kHz up to 20 GHz. It combines fast switching speed with good phase noise and signal quality. The multi-channel version APUASYN20-X is available in 1, 2, 3 or 4 channel configurations in a standard 1HU 19’’ rack-mountable enclosure. Each output […]

Low Loss, High Power RF Cable Assemblies.
For Military & Commercial applications.

The APPH is a high-performance phase noise analyzer and tester with models from 1 MHz up to 7, 26 or 40 GHz.

ConductRF FM series of Hand Formable RF cable assemblies provides system designers with a versatile solution that allows RF cables to be physically routed and set in to position during installation.

LMR Cable is a versatile all round cable, that has great overall performance for RF, PIM and Loss and it is also one of the most cost effective solutions available.

The Ka-band Multi-Channel Satellite Simulator simultaneously talks to two sets of ground equipment, enabling the user to run extensive and prolonged tests without the need to go ‘live’ on a satellite

Ka-band Payload Satellite Simulator housed in an IP65 rated weatherproof housing

Norsat’s Block Downconverters (BDCs) provide high performance signal conversion for satellite communication

Norsat’s Block Downconverters (BDCs) provide high performance signal conversion for satellite communication

Norsat’s Block Downconverters (BDCs) provide high performance signal conversion for satellite communication

The APVSG04-X is a multi-output ultra-agile fast-switching vector-modulated signal source, covering a continuous frequency range with models ranging from 10 MHz to 4 (optionally to 6) GHz.

Norsat’s Redundant Switch Systems automatically detect signal faults and switch to an alternate LNB, LNA or BDC

300 kHz to 6, 12, 20, 33 or 40 GHz Phase Coherent 2, 3 or 4 Channel Signal Generator

The new Norsat SigmaLink™ AUTO is the latest in a series of transportable satellite terminals

The APVSG is an ultra-agile fast-switching vector signal generator, covering a continuous frequency range with models ranging from 10 MHz to 4 , 6, 20, or 40 GHz.

The 0.9m Journey Manpack is a high-performance, ultra-portable satellite terminal designed for military and commercial applications

The ROVER™ is an ultra-lightweight fly-away satellite terminal with unsurpassed reliability, advanced assisted-acquire technology, and a flexible deployment platform.

9 kHz to 12, 20 or 26.5 GHz Signal Generators

The GLOBETrekker™ 2.0 is the world’s most intelligent fly-away satellite terminal.

9 kHz to 2000 MHz, 4000 MHz or 6100 MHz Signal Generators

Norsat’s LNA’s provide signal reception for satellite communications around the world

Norsat’s LNA’s provide signal reception for satellite communications around the world

Ultra-Low Noise Microwave Signal Generators from 100 kHz up to 6, 12.75, 20, 26 or 40 GHz

The SAS-200 Series are dual band omni antennas with a discone low-band construction and either a conical monopole for the 3 GHz configuration or vertical biconical for the 6GHz and 18GHz configurations.

The ARA-1220 and ARA-1220-101 antennas are wide band, omni- directional, vehicular communications antennas.

Norsat’s LNA’s provide signal reception for satellite communications around the world

The ARA CMP (Conical Monopole) Series of antennas are suited for low-profile spectrum-surveillance applications.

The SAS-500 series features broadband monopole antennas designed for Jamming.

The SAS-2/AB series features extremely broadband omni antennas. These are typically used for lab related testing such as EMC, TEMPEST, etc. Features include Low Noise Amplifiers, a removable monopole, and flexible radials for compact transport and storage.

The SAS-0518 Series features broadband Direction-Finding systems designed for military and security signal surveillance applications on shipboard platforms.

The ARA-2576 series are high-gain, foldable Yagi Antennas designed and tested for military use.

The ARA-243 series of antennas are the smallest, sturdiest, lightest, most powerful, and rugged handheld UHF SATCOM antennas available to the warfighter today.

Norsat’s LNA’s provide signal reception for satellite communications around the world.

The ARA-2576 series are high-gain, foldable Yagi Antennas designed and tested for military use.

ARA’s Log-Periodic Tactical antenna series covers a variety of frequency ranges to support many communication and electronic warfare applications.

Norsat’s Low Noise Blocks (LNBs) provide signal reception for satellite communications around the world.

The ARA series of linearly-polarized log-periodic antennas are suited for fixed site testing or monitoring applications.

ARA’s series of log-periodic antenna arrays supports a wide variety of applications requiring high-power transmission.

Norsat’s Low Noise Blocks (LNBs) provide signal reception for satellite communications around the world.

ARA has a wide variety of Prime-Focus, Offset, Gregorian, and Cassegrain feeds and antennas for multiband applications.

Norsat’s Low Noise Blocks (LNBs) provide signal reception for satellite communications around the world.

ARA antenna systems operate in S-band, C-band, X-band, Ku-band, and Ka-band and meet RADAR suppliers most stringent requirements.

Norsat Satellite Communication solutions are renowned for their high quality, reliability, and innovation.

The Norsat ATOM series of block upconverters (BUC)

More reliable Command and Control (C2) and data links are required as the use of Unmanned Aerial Vehicles (UAVs) is expected to continue growing with the deployment of expanding communication networks.

The Norsat ATOM series of solid state power amplifiers (SSPA)

The Norsat ATOM series of GaN block upconverters (BUC)