OUR PRODUCTS
GAUSS INSTRUMENTS
AtlanTecRF
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Loop Test Translators (LTTs) -
Satellite Simulators -
Loop Test and Noise Injection Systems -
Frequency Converters -
Noise Generators -
Signal Generators -
Line Amplifiers -
Satcom, Microwave and RF Testing Equipment -
Components -
Oscillators, PLL and Synthesized -
Switches, EM and Pin Diode -
Detectors -
Power Dividers -
Circulators, Isolators -
Coaxial Cables -
Attenuators and Terminations -
Connectors and Adapters
CPI SMP Division
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1 GHz – 40 GHz Frequency Ranges -
CW & Pulse -
Combined Pulse -
Reliable & Ruggedly Built to MIL-STD-801E -
Built-In Fault Diagnostics -
Many Options Available
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KA Band Outdoor Uplink -
Q Band
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Satellite Communications -
Compact -
Weatherproof for Outdoor Operation
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Environmentally Sealed Packaging for Outdoor Operation -
TRI-Band Availability
EMC PARTNER
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Small and compact, 6 & 8kV system -
External couplers up to 60-V/200A 3 phase -
IEC61000-4-2, -4, -5, -8, -9, -11, -12, -16,-19, -29 -
Electric Fast Transient (EFT) -
Surge (CWG, Ring wave, Telecom) -
Damped Oscillatory Wave (DOW) -
AC / DC Dips & Interrupts -
AC / Impulse / DOW magnetic field -
Common Mode/ Differential Mode -
Magnetic Field
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4.4 kV: EFT, Surge / 5.1 kV EFT option /16 kV ESD
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Meet the MIL-STD requirements with an easy to use automated test system -
MIL-STD-461G CS106, CS115, CS116 -
One coupler for tests (CS115 & CS116) -
Extendable to meet DO-160section 17 and 19 -
Total of 5 tests possible
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DO 160 level 3 and MIL-STD-461 CS117 Internal level test system -
Waveforms included: 1, 2, 3, 4, 5A, 6 -
Applications: PIN Injection, Cable Injection, Ground Injection V/I ranges for Single Pulse, Multiple Pulses and Burst
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DO 160 section 22: WF1, WF2, WF3, WF4, WF5A, WF6 -
Different level systems all the way up to level 5 -
Airbus ABD0100.1.8 waveform Voltage Spikes
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Slow & Fast Damped Oscillatory Wave Generator -
100KHz to 30MHz According to IEC 61000-4-18, IEC 60255-22-1, ANSI C37.90.1 1.2/50us impulse up to 8kV -
IEC 60060-1, IEC 61180-1 With MF1000 also IEC 61000-4-10 -
Built in automatic 3-Phase CDN
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16 kV model is expandable to 30 kV -
IEC 61000-4-2 Edition 2 compliant -
Additional discharge networks available, MIL, DO, ISOOne system can do it all, just add what you need when you need it
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Telecom & Data Lines -
Electric Vehicles, Charging Stations -
Insulation & Protective Devices -
Electricity Meters -
Component Testing: Capacitor, Circuit Breakers, Relays, Solar Panels -
Harmonics and Flicker
WAVECONTROL
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Broadband, Selective (DC - 60 GHz) -
Spectrum Analysis (DC - 400 kHz) -
Integrated GPS -
USB & Fiber Optic, PC Software included
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WaveMon LF-400 0 Hz static field, 400 KHz -
WaveMon RF-8 8 GHz -
WaveMon RF-60 60 GHz - 5G Ready -
Electric & Magnetic Field Detection -
Weighted Response & Isotropic -
Alarms - Audible, Visible and Vibration -
Datalogger Capability, GPS, Altimeter
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E & H Field (1 Hz - 400 kHz) -
E Field (100 kHz - 60 GHz) -
H Field (300 kHz - 1000 MHz) (DC- 40 KHz) -
E Field (Mobile & Wi-Fi bands) -
For use with SMP2 and MonitEM
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24x365 Continuous Monitoring -
Power – AC, Solar Panel, Battery -
Up to 3 kHz in LF and 60 GHz in HF -
Control Center Monitor Management
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24/365 Continuous Monitoring -
Realtime, audible and visual alarms -
Easy monitoring of EMF Exposure -
Control Center Monitor Management
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24/365 Continuous Monitoring -
Compact indoor or outdoor installation -
Specific mobile phone / Wi-Fi signals
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Non-Ionizing Radiation EMF Maps -
Assessment of electromagnetic radiation at street level in large areas (cities) -
Year-on-Year Comparison
INNCO SYSTEMS
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Turntables -
Antenna Masts -
Antenna Stands -
3D Measuring Systems -
Positioning Accessories -
Controllers -
Dynamomators -
Various Systems -
Field Probe Positioner -
Antenna Adaptor -
Cable Slide Bar
LANGER EMV - TECHNIK
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Immunity Development System -
Mobile EMC Workstation for Proto Development -
Field Probes and Sources (E & H Field) -
Mini Burst Field generators -
EFT/Burst Generators -
Burst Detectors -
Optical Signal Transmission
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Emissions Development Systems -
Near Field Probes (E & H Field) -
PassiveActive -
Preamplifiers -
Shielding Tents -
LISN’s
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ESD Field Set (Electric & Magnetic Fields) -
ESD Generator Cal Kit -
Scope Shielded Measuring Station -
Field Sources Cal Set -
CI Measurement Station
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IC Test Environments -
Immunity -
Emissions -
Simulations
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3 & 4 Axis Measurement Systems -
Near Field Probes & Microprobes -
IC and PCB Applications
MONTENA
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NEMP Simulators -
Pulse Current Injection -
Shielding Effectiveness -
Conducted and Radiated Susceptibility -
ESD 300 KV Test set up for Helicopters -
HPEM
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NEMP -
PCI -
Conducted Susceptibility -
High Speed Pulse -
Generator Accessories
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Radiating Lines -
Impulse Radiating Antennas -
TEM Cells -
Strip Lines / Parallel Plate Lines -
E/H Field Generators -
Helmholtz Coils
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Field Sensors -
Ultra-fast Voltage Sensors -
Passive Integrators -
Impedance Adapter -
Bal-un & Pulse Inverter
PRANA
High Power Solid-State Amplifiers
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10 KHz – 6 GHz, 11 Different Series of Amplifiers to choose from -
Up to 12 KW -
Class A – Robust Design will deliver Power into any mismatch and load. -
Upgradable in Power for when the Standards or your testing needs change -
Quick Front Panel Diagnostics and Service provided in the USA by HV Technologies. -
3 Year Warranty
SCHWARZBECK
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EMC / EMI Antennas ( 9 KHz-40 GHz ) -
Antenna Adapters -
Antenna Mast / Tripods -
LISNs & Artificial Mains Networks -
CDNs – (Coupling/Decoupling Networks) -
Helmholtz Coils -
Absorbing Clamps -
EM Clamps for Conducted Immunity -
Voltage Probes -
Absorbing Clamps -
Pre-Amplifiers -
Field -
Near Field Probe Sets -
Strip Lines / TEM Cells -
Many Types of Accessories
IZT
Innovation for Telecommunications
Receivers
World-class high-frequency technology and high flexibility make our radio detection products unique in this quality. IZT’s range of receiver products covers all professional areas from communications intelligence, test and measurement up to ITU-compliant spectrum monitoring and automotive applications. Our digital wideband receivers provide the right solution for your application – either rack-based, rugged or mobile.
With receiver systems optimized for direction finding and located right at the antenna superior performance is achieved. The application areas are acquisition, analysis and classification of signals. These include, but are not limited to, COMINT systems, Automatic Signal Collection, Radio Bearing Systems and ITU Monitoring.
Satellite Channel Emulators
Since 2006, IZT has developed Channel Emulators to simulate the transmission from ground station to the receivers for satellite and terrestrial applications. Initially starting with the IZT DCS3020 for a DVB-S2 and DVB-RCS bi-directional link and 34MHz of bandwidth IZT has enhanced its products to 100MHz of instantaneous bandwidth in the IZT C3040 and even 600MHz in the IZT C6000.
Features such as Doppler effect (delay and frequency changes over time), ionosphere and interference simulation in the uplink, MUX filtering, phase noise simulation and non-linearities in the payload or multipath fading and thermal noise generation in the downlink can all be simulated within the equipment.
IZT’s Channel Emulators combine exceptional RF performance with modern digital signal processing. Customers using the equipment have confirmed that measurement results in the laboratory could be reproduced over the transmission link once the satellites had been launched to space.
Signal Generators
IZT Signal Generators are used to test radio systems, receivers, production lines, chips, MRC and MIMO. GNSS Simulation is also a relevant field in signal generation.
Further applications of the IZT Signal Generators are the modulation of various signals, SDR developments, playing of I/Q files, channel simulations, XM Sirius, SXM and XMTA2.
If the IZT Signal Generators are extended by an IZT Receiver, recorded signals can be replayed by an IZT RecPlay setup. This is essential, for tests in laboratories to simulate environmental signals in the laboratory.
IZT is characterized by customer specific solutions and enables integration into complex test environments, closed loop simulations as well as cost and time savings through the use of many virtual signal generators. Easy software upgrade options keep our signal generators up to date and new standards can be easily implemented.
Record and Playback Systems
IZT’s innovative high-performance record and replay system for high-quality RF signals offers customers greatly reduced costs for field-testing, repeatable lab tests, fidelity in reproducing real RF environment and shorter time to market for products.
The IZT Record and Replay System is the ideal platform for RF receiver design validation of
- analog and digital radio, broadcast standards
- telecommunication systems
- Global Navigation Satellite Systems (GNSS)
- development of automotive carinfotainment systems and chipsets.
The IZT RecPlay system includes a state-of-the-art wideband recorder with integrated high-performance RF receiver and a revolutionary signal generator, which combines 31 virtual signal generators in one platform.
With a real-time bandwidth of up to 25 MHz and a frequency range of 9 kHz to 3 GHz, 6 GHz or 18 GHz, the recorder for example covers the whole FM broadcast band simultaneously in one data stream. An unmatched bandwidth of 120 MHz allows the replay generator to combine multiple recorded and calculated scenarios.
The IZT Signal Suite Data Processor is the associated powerful unique data processing software that allows to review and edit recorded data in offline mode. The IZT Signal Suite Data Processor can be used to extract or combine individual signals from a recording. Various plug-ins of the Signal Suite software enable a big number of software options for your special application.
Digital Broadcasting
IZT’s solutions for digital broadcasting include the ContentServer system for DAB and DRM head-ends. The DAB/DRM ContentServer is a complete software-based head-end system for digital radio combining audio encoding, data service management and multiplexing.
Regarding digital broadcasting IZT generally delivers equipment for the two use-cases broadcast infrastructures and receiver development. Typical applications are the operation of DAB and DRM networks and testing of DAB/DRM receivers.
IZT’s software-based solutions for digital radio infrastructures are perfectly suited for the operation in virtualized environments. Based on matured technology and permanent evolution, IZT delivers flexible and scalable systems to fit requirements and customer needs.
High reliability, enhanced redundancy concepts, minimized down-times and easy migration to new hardware or virtualization enable future-proof solutions. The underlying Fraunhofer software technology stands for highest audio quality and long-term expertise in digital radio systems.
The completely software-based ContentServer technology enables operation of DAB multiplexers as virtual machines in IT data centers.
For the development of radio receivers, the IZT Digital Broadcasting equipment is perfectly completed by the IZT S1000 / S1010 for the generation of test signals. The setups support DAB and DRM standards. This includes implementation and testing of enhanced data services such as SPI/EPG, TPEG and combined receiver testing with FM, DAB, DRM, and much more other digital broadcasting standards including service following (alternative frequencies).
HV TECHNOLOGIES
Located in Manassas, Virginia, HV Technologies Inc. focus is providing EMC and High Voltage Testing Solutions using leading edge technologies utilizing the highest quality and most reliable instrumentation and equipment available.
PONTIS EMC PRODUCTS
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High Definition Color Video Cameras -
Standard Definition Color Video Cameras -
Compact Video Cameras – Remote or Manual Control -
Special HIRF Hardened Video Camera Systems -
Camera Controllers
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Intercom Sound System and Accurate Sound Monitoring
VANGUARD PRODUCTS
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EMI Shielding Gaskets/Conductive Gaskets -
Fabricated EMI/RFI Shielding Products -
M83528 EMI/RFI Shielding Gaskets -
Heat Conducting Elastomer -
Custom Rubber Seals & Gaskets -
Rubber / Silicon Extrusions -
Custom Rubber/ Silicon O-Rings -
EPDM Elastomers / Profiles -
Rubber/Silicon Tubing -
Food Grade Silicon -
Molded Rubber Products/ Rubber Goods
ThinkRF
Software-Defined Spectrum Analysis Solutions
Spectrum Analyzers
R5550 Real-Time Spectrum Analyzer
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Frequency Ranges Available – 9 kHz to 8 GHz / 18 GHz / 27 GHz
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Real-Time Bandwidth – Up to 100 MHz
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Sweep Rate – 28 GHz/s
R5750 Real-Time Spectrum Analyzer
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Built-in GPS capability
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Ideally suited for drive testing or coverage mapping applications
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Proven integration with leading CelPlan software for advanced analysis
Downconverters
D2030 RF Downconverter for 5G
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Extend existing equipment to the 27 – 30 GHz frequency bands
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Compact and portable form-factor for easy deployment in any scenario
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Synchronize multiple units for increased performance
R5550 RF Downconverter
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Extend existing equipment up to 27 GHz
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Engineered for analyzing wideband digital communications – cell phone standards 3G/4G/LTE, Wi-Fi, or general Vector Signal Analysis (VSA)
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Up to 160 MHz IBW
Spectrum Analysis Software
S240 Real-Time Spectrum Analysis Software
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100 MHz, 40 MHz, 10 MHz, 100 kHz RTBW
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Frequency ranges of 100 kHz to 8 GHz / 18 GHz / 27 GHz
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Clean, simple, and user-friendly GUI
P120 Vehicular Power Conditioner
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Universal DC Input Voltages (8-32VDC)
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Regulated 12VDC output
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Low footprint and weight
POLARITY
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Military Pulsed TWT Amplifiers -
Military High-Power AC to DC and DC to DC Converters -
High Voltage to Low Voltage DC to DC Converters -
High Power Microwave Amplifiers – TWT, Klystron, Magnetron, and CFA -
High Voltage Microwave Tube Test Sets -
High Voltage Solid State Modulators -
High-efficiency transformer-less PV inverters -
Tethered Drone, Tethered UAV -
Power Factor Correction Modules – single and 3 phase
UNIVERSAL SHIELDING CORP.
Products
- Shielded Chambers – Anechoic
- Shielded Rooms
- High Voltage Chambers
- MRI Shielded Enclosures
- Shielded Cabinets
- Shielded Doors
- Connector & Access Panels
- RF Waveguide Vents & Feed Thru
- Hatches, Lighting, Sprinkler Systems
- RF Power Filters, Signal, Data, Telephone Filters
Services
- RF Testing & Enclosure Certification
- Enclosure Relocation & Upgrades
- Maintenance of RF Doors & Accessories
- Engineering & Consulting Services
- Site Surveys
- Magnetic Shielding Design
- Gauss Field Testing
SteppIR EMC
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SteppIR SY3
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https://www.youtube.com/watch?v=M_r2KoMchXI&feature=emb_title
CLICK HERE TO GO TO MANUFACTURERS WEBSITE
SPEAG
SPEAG (Schmid & Partner Engineering AG)
SEMCAD X – Matterhorn
What is SEMCAD X – Matterhorn?
SEMCAD X – Matterhorn is a full – wave 3D electromagnetic simulation software that offers seamlessly integrated solutions to address a variety of engineering challenges. Suitable for simulation of fields of all frequencies in support of a wide range of applications such as safety assessment, EMI/EMC, antenna design and optimization, 5G, wireless power transfer, dosimetry, optics, high performance computing, and the design of microwave and mm-wave waveguide devices.
https://speag.swiss/products/semcad/solutions/
DASY6
What is DASY6?
DASY6 is the latest generation of the Dosimetric Assessment SYstem optimized for specific absorption rate (SAR) measurements, SAR compliance, and HAC evaluations. DASY6 builds on the power of our industry-leading dosimetric and near-field evaluation system, DASY52. Running on a significantly more robust platform and a more powerful measurement server, DASY6 offers much faster scanning with no sacrifice of measurement precision. All hardware and software are fully compatible with DASY52. The new system seamlessly integrates three software solutions:
- cDASY6 Module SAR, optimized for SAR compliance testing to significantly reduce SAR assessment costs
- cDASY6 Module mmWave, a novel software developed for power density compliance testing at mm-Wave frequencies
- DASY V5.2 for generalized near-field evaluations with maximized flexibility.
https://speag.swiss/products/dasy6/overview/
cSAR3D - SAR System with Novel Vector Array Technology
What is cSAR3D?
cSAR3D is the most advanced vector array system for conducting fast, high-precision Specific Absorption Rate (SAR) measurements of wireless devices for testing the compliance of devices with national and international safety guidelines. SAR testing is now faster and easier than ever, with high accuracy within one second, ensuring a quicker entry of your new wireless products in a highly competitive market.
https://speag.swiss/products/csar3d/csar3d-overview/
ICEy - Interference & Compatibility Evaluation System
What is ICEy?
ICEy is the most advanced reactive near-field EM scanning system offering micrometer precision and a high degree of measurement automation. ICEy is the scanning tool of choice for the compliance testing of 5G millimeter wave transmitters as well as for the analysis of EM interference and compatibility (EMI/EMC) in highly integrated electronics. ICEy provides accurate EM measurements of the device-under-test (DUT) traceable to international calibration standards and also allows independent interlaboratory comparability of EMI/EMC measurement results. ICEy is a turnkey testbed that supports all features for precise, user-friendly, efficient, fast, and highly autonomous near-field analyses, developed in close collaboration with industry for the chipset, EM packaging, mobile communications, and medical markets.
ICEy is a turnkey system in which all equipment necessary for high-precision EMI/EMC and 5G mm-wave near-field measurements are highly integrated.
https://speag.swiss/products/icey/ICEy-overview/
mm Wave
What are our 5G solutions?
The wireless industry is working hard to meet the ambitious roll-out plans of mobile service providers for 5G services. WiGig is already available, and the first 5G network will be tested during the Winter Olympics 2018 in South Korea. In parallel, regulators and standards bodies are developing suitable and scientifically sound methods and instrumentation for demonstrating compliance with safety limits of handheld and body-mounted devices operating at frequencies >6 GHz. The safety limits for 5G exposure should be based on the specific absorption rate (SAR) for frequencies below 10 GHz and on surface-averaged power density above 10 GHz.
SPEAG – once more at the forefront of development and innovation – already offers a comprehensive portfolio of solutions to support the design and compliance testing of transmitters developed for emerging 5G technologies. The SPEAG 5G Solution includes SEMCAD X for transmitter design and determination of worst-case exposure configurations, as well as DASY6 or ICEy, with the novel EUmmWV2/SW Module 5G for demonstration of compliance with exposure limits for distances as small as 2 mm from any transmitter.
https://speag.swiss/products/mmwave/overview/
EM Phantoms
What are EM Phantoms?
EM Phantoms are physical models of the human body that accurately reproduce the effect of the body on electromagnetic (EM) radiation. SPEAG's whole and partial body EM phantoms represent humans in terms of dielectric properties in a wide range of frequencies from <10 MHz to >100 GHz. They enable reproducible and consistent over-the-air (OTA) performance evaluation of wireless devices operating in the proximity of the body.
https://speag.swiss/products/em-phantoms/overview-2/
EASY6
What is EASY6?
EASY6 is a complete redesign of our widely used Electromagnetic (EM) Exposure Acquisition System EASY4MRI. EASY6 is smaller, more cost-efficient, and connects up to 16 of our classic probes including E- and H-Field, dosimetric, and temperature probes via an optical link (EASY6-DAE + EASY6-EoF + EASY6-RU) to the computer. EASY6 is designed to operate anywhere, including MRI and EM hostile environments.
https://speag.swiss/products/easy6/overview-2/
DAK - Dielectric Assessment Kit Product Line
What are DAK, DAKS, and DAK-TL?
The Dielectric Assessment Kit (DAK) product line offers high-precision dielectric parameter measurements (permittivity, conductivity, loss tangent) over the very broad frequency range from 4 MHz to 67 GHz for applications in the electronic, chemical, food, and medical industries. The product line consists of 1) DAK single probes solutions, 2) DAK Systems, and 3) DAK-TL the first system ever able to measure thin-layer materials and small volumes of liquid
https://speag.swiss/products/dak/dielectric-measurements/
MAGPy
What is MAGPy?
SPEAG’s Magnetic Amplitude and Gradient Probe System (MAGPy) is a cutting-edge all-in-one instrument for fast and reliable compliance testing according to the basic restrictions for wireless power transfer (WPT) systems and any other near-field sources operating at frequencies of 3 kHz − 10 MHz. The device is constructed of 24 small time-domain (TD) loop sensors arranged on the corner of a cube for determining the magnetic (H/B) amplitude and gradient and three dipole sensors to measure the electric (E-) field amplitude. Conservative estimates of the induced E-fields, current density, and specific absorption rate (SAR) in the human body at any position are compared to the basic restrictions, while the incident H/B- and E-fields are compared to the reference levels and displayed in real time in the time or frequency domain (FD) on the intuitive graphical user interface (GUI). By comparison with basic restrictions it lowers the overestimation introduced by compliance testing with reference levels by up to 40 dB. MAGPy is fully compatible with the latest IEC standards.
https://speag.swiss/products/magpy/overview/
TDS SYSTEMS
What are our Time Domain Systems?
The TDS product family offers a wide range of active photonics-based RF measurement solutions operating in the frequency range from 100 kHz – 6 GHz (24 GHz). TDS brings unparalleled sensitivity for EM measurements resolved in the time and frequency domains while maintaining all amplitude and phase information.
https://speag.swiss/products/tds/tds-time-domain-sensor-systems/
OH4VNA - Optical Head for Vector Network Analyzers
OH4VNA is a bi-directional radiofrequency (RF-) over-fiber link that offers the most reliable means to measure the S11 of electrically small antennas in the 500 MHz – 6 GHz frequency range. Previously, in mobile, body-worn, or implanted devices, the exact measurement of the antenna performance was often seriously hindered due to the presence of RF cables connected to antenna, which change the electrical size of the device and, thus, also the impedance of the antenna to be measured. With OH4VNA, we present a new system, one that is based on our proven time domain sensor (TDS) technology, in which the RF cable to the antenna port is replaced by a non-disturbing fiber-optic system that requires no external or battery power. This is a major breakthrough, as this system is transparent to the RF electromagnetic (EM) fields created by the antenna and, therefore, allows the device to be characterized under fully isolated conditions.
https://speag.swiss/products/oh4vna/OH4VNA-overview/