Electromagnet
See Also: Electromagnetic
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Electronics
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Electromagnetic, Signal Integrity, Thermal and Electro-Mechanical Simulation Solutions. The use of Ansys Electronics solution suite minimizes the testing costs, ensures regulatory compliance, improves reliability and drastically reduces your product development time. All this while helping you build the best-in-class and cutting-edge products. Leverage the simulation capability from Ansys to solve the most critical aspects of your designs
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Digital I/O Board, 64 Optically Isolated I/O Channels, 24V
APCI-1564
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32 bit, 33 MHz, PCI interfaceInput channels32 isolated digital input channels, 24 V, incl. 16 interruptible and 3 fast counter inputsInput channels organised in 4 groups of 8 channels, each group has its own ground lineVoltage reversal protectionAll inputs are filteredOutput channels32 isolated digital output channels, 10 to 36 VOutput current per channel 500 mAWatchdog for resetting the outputs to "0"After power/ON the outputs are reset to ì0îShort-circuit current for 16 outputs ~ 3 AShort-circuit current for 32 outputs ~ 6 AShort-circuit current per output ~1.5 AElectronic fuseOvertemperature and overvoltage protection24 V power outputs with protection diodes and filtersSpecial output capacitors minimise electromagnetic emissionsExternal 24 V supply screened through a protection circuitryShutdown logic when the external supply voltage drops unter 5 V
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Digital Thickness Gauges Ultrasonic Coating Thickness Meter
HC-220
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Shenzhen Chuangxin Instruments Co., Ltd.
HC series of coating thickness gauge is a portable thickness gauge with eddy current thickness method and electromagnetic thickness method. It can be used to quickly and accurately measure the thickness of coating or cladding material withoutdamaging it. As an essential instrument for professional material protection, this coating thickness gauge is widely used in manufacturing industry, metal processing industry, chemical industry and commodities inspection etc. ,both in the laboratory and in the engineering field. It can measure the thickness ofnonmagnetic layer on magnetic metal substrate condition (such as steel, iron, alloy and hard magnetic steel, etc.) and the thickness of conductive layer on nonmagnetic metal substrate condition (such as rubber, paint, plastic, anodic oxidation film, etc.).
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High Voltage Op Amplifiers ≥12V
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High supply voltage op amps are used in systems that demand the widest dynamic range with the best signal-to-noise ratio. Engineers turn to Analog Devices for high voltage amplifiers that deliver industry-leading performance. Increasingly, new high voltage amplifiers also offer features to improve system performance, cost, and robustness while easing the complexity of system design. New features include integrated input overvoltage protection (OVP), on-chip electromagnetic interference (EMI) filtering, higher electrostatic discharge (ESD) immunity, and greater resistance to latch-up in both powered and unpowered operations.
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Geo / Cryogenic / NDE Instrumentation
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Tristan designs and fabricates custom magnetometer systems to study the magnetic properties of samples. SQUID systems are extremely sensitive instruments designed to detect small electromagnetic signals. By combining SQUID electronics with various special purpose probes and auxiliary electronics, laboratory systems having a variety of capabilities are made available. - See more at: http://www.tristantech.com/#sthash.JlYDZcjM.dpuf
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Time-Domain Electromagnetic Simulation
Meep
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Massachusetts Institute of Technology
Meep is a free and open-source software package for electromagnetics simulation via the finite-difference time-domain (FDTD) method spanning a broad range of applications.
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ITA, G10x, 15 Module, Removable Backshell, Keying Feature
410104773
ITA
The adaptable G10x ITA integrates a wide variety of I/O options in various module configurations that allow engagement of up to 3,200 signal contacts. The G10x ITA has a removable backshell that also reduces electromagnetic interference.
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Emergency Conditions Testing
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Electromagnetic interference (also known as radio frequency interference) tests are used to determine the electromagnetic characteristics of electrical, electronic, and electro-mechanical equipment. Electromagnetic interference, both radiated or conducted, can affect the performance of equipment. Electromagnetic interference tests are specified as follows: conducted emission, radiated emission, conducted susceptibility, and radiated susceptibility.
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19" Enclosures for 6U VME VPX Boards
R4U8S
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The R4U8S is a 4U height 19'' Rack Mount Industrial Chassis featuring 8 slots of either VME or cPCI 6U size boards. The R4U8S has successfully passed the mechanical, thermal, electromagnetic EMC/EMI qualification tests required by our customers. Its modular design enables to fulfil the requirements of application areas ranging from the environmentally benign right through to deployed industrial, airborne and naval applications.
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Vehicle Electromagnetic Field Exposure Test System
SEM-400
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Beijing KeHuan Century EMC Technology Co,.LTD
Vehicles are our daily public transportation. Electromagnetic pollution in vehicles has attracted more and more public attention. The newly revised compulsory standard GB27630-201X "Passenger Car Air Quality Evaluation Standard" intends to require the electromagnetic field in the car as one of the indicators, according to GB/T37130-2018 "Measurement method of vehicle electromagnetic field relative to human exposure" The measurement method is to measure the intensity of the magnetic field in the car. In the frequency range of 10Hz-400kHz, the electromagnetic field measurement result should meet the public limit requirements of GB8702-2014 for electromagnetic exposure.
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EMC Testing
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EMI is emitted radiation and its effects – a phenomenon. EMC is a device’s ability to limit the levels of unintentionally emitted EMI (that can harm other devices) and also a device’s ability to operate normally when subjected to EMI. Therefore, EMC testing seeks to ensure that a product possesses the characteristic of Electromagnetic Compatibility (EMC): the ability to limit creation of EMI (Electromagnetic interference) and the ability to operate properly when subjected to EMI. Stated differently, EMC testing measures the level of EMI control found in a device, and therefore helps to ensure that unwanted effects are prevented.
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Computer Conversions GT Transducers
H25
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Computer Conversions Corporation
Computer Conversions GT Transducers are brushless, Electromagnetic, Rotary Sensors used to provide Precise Absolute or Incremental Position, and Velocity feedback in harsh environments. All Computer Conversions Transducers are continuous rotation, bi-directional, and electronically passive devices (no electronic components to degrade or fail), that require zero maintenance, and may be installed in virtually inaccessible locations.
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Measurement Technology for Teaching and Training
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Is particulary suitable for training and further education. With the disturbance emission model, a variety of different experiments which improves one`s understanding of electromagnetic processes in modern electronic engineering are possible. The coupling mechanisms of disturbance emissions are visualized from their sources to the antenna. The impacts of EMC measures are then easier to understand. At VM 251 the electromagnetic d
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Computer Conversions GT Transducers
DHM
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Computer Conversions Corporation
Computer Conversions GT Transducers are brushless, Electromagnetic, Rotary Sensors used to provide Precise Absolute or Incremental Position, and Velocity feedback in harsh environments. All Computer Conversions Transducers are continuous rotation, bi-directional, and electronically passive devices (no electronic componenets to degrade or fail), that require zero maintenance, and may be installed in virtually inaccessible locations.
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Electromagnetic Interference Test
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Electromagnetic interference (also known as radio frequency interference) tests are used to determine the electromagnetic characteristics of electrical, electronic, and electro-mechanical equipment. Electromagnetic interference, both radiated or conducted, can affect the performance of equipment. Electromagnetic interference tests are specified as follows: conducted emission, radiated emission, conducted susceptibility, and radiated susceptibility.
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CE Marking
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Only safe, flawless, and quality goods should be available on the European market – at least, that’s the objective of the CE mark. The mark proves that the product in question conforms to EU health and safety standards, whether it's toys or construction machines. Our experts conduct an audit on your products based on the appropriate EU regulations, such as the low-voltage or electromagnetic compatibility directive. Your CE declaration of conformity means your product now has right of way onto the European market.
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RED Directive Testing & Certification
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The Radio and Telecommunications Terminal Equipment Directive (R&TTE Directive 1999/5/EC) has been in place in the EU for many years serving radio and telecoms technology. To accommodate developments in radio equipment technology and to align with the requirements of the New Legislative Framework (NLF), the EU R&TTE Directive has been re-written. As of 2016, the European Commission replaced the R&TTE Directive with the Radio Equipment Directive (RED), which establishes safety and electromagnetic compatibility (EMC) requirements for equipment using the radio spectrum. Following June 13, 2017, after a one year transition, the RED 2014/35/EU replaced the R&TTE Directive. All new and existing products within the scope of the RED must comply in order to achieve CE marking.
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Transient EM System
TerraTEM24
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The new generation terraTEM, the terraTEM24, has been designed to acquire high‑quality transient electromagnetic data from a wide variety of sensors ranging from remote inductive and B field sensors through to single loop and coincident loop configurations.
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Electromagnetic Compatibility (EMC) Testing Capabilities
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Electromagnetic Compatibility testing analyzes the ability of electronic devices to operate as anticipated when in proximity to other electronic devices or in the presence of electromagnetic disturbances that interfere with their intended operation.We help you ensure EMC compliance and attain the needed EMC certifications by assisting you in maximizing accuracy, reducing testing cycles, and getting your products to market faster — from design conception to end-product completion even against the most demanding electromagnetic regulations.We understand that time to market is everything which is why our global testing capabilities and custom testing solutions utilize the latest technology and automation software, helping you meet demanding time-to-market needs. Our streamlined testing process brings your product from development to end use efficiently in accordance with government, regulatory, military, or industry standards based on your compliance needs.
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Near-Field Probes 100 kHz up to 50 MHz
LF1 set
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The LF1 near-field probe set consists of 4 shielded near-field probes used during the development process for emission measurement of longwave, medium wave, and shortwave frequencies on electronic devices. The probe heads of the LF1 set are designed for incremental detection of sources of electromagnetic interference on assemblies. First, the electromagnetic interference of the assembly is detected by the LF-R 400 probe from up to 10 cm. Then probes with higher resolution like the LF-B 3, LF-U 5 and LF-U 2.5 are used to more precisely detect any source of interference. The probe heads are designed for taking measurements at single pins and larger components. Near-field probes are small and handy. They have a current attenuating sheath and, therefore, are electrically shielded. They can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. The H-field probes do not have an internal terminating resistance of 50 Ω.
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Electromagnetic anechoic box/Shield box/Anechoic chamber
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The necessity of a wireless system test has risen by the spread of recent wireless telecommunication equipment as shown in cellular phone, wireless LAN, RF-ID tag and ETC (Electronic Toll Collection system). It is necessary for a wireless test to be performed in anechoic environment in which an external noise is intercepted and a radio wave does not reflect internally. An anechoic chamber (room version of a shield box) is proper facilities but needs a wide space and a huge cost. Especially, the equipment under wireless system test on the production line can not radiate any signal radio wave outside before approval. The shield box satisfies these conditions.
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Integrated Modular Electromagnetic Modeling Suite
EM.Cube
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EM.Cube® is an industry-recognized simulation suite for electromagnetic modeling of RF system engineering problems. It features several distinct simulation engines that can solve a wide range of modeling problems such as electromagnetic radiation, scattering, wave propagation in various media, coupling, interference, signal integrity, field interactions with biological systems, etc. Using EM.Cube, you can solve problems of different sizes and length scales, varying from a few microns in MEMS devices to several miles in large urban propagation scenes.
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Radiation Detectors
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A radiation detector is a device for measuring nuclear, electromagnetic or light radiation. A nuclear radiation detector identifies nuclear radiation by measuring the emission of ionizing radiation of alpha particles, beta particles and gamma rays. Also referred to as a geiger counter, a nuclear radiation detector consists of two main elements: the processing electronics and the geiger tube. The geiger tube is filled with low-pressure inert gas like helium, argon or neon. If radioactive radiation occurs, the inert gas is ionized. An anode within the geiger tube registers the quantity of ionized particles numerically correlating with the strength of the radioactive radiation. The radioactivity measurement is then displayed on the LCD screen of the geiger counter or nuclear radiation detector.
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Specific Absorption Rate (SAR) Testing
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SAR limits are there to protect all of us from wireless devices that exceed the transmit Radio Frequency (RF) threshold. SAR stands for Specific Absorption Rate. It's a measure of the rate at which energy is absorbed by your body when you are exposed to an RF electromagnetic field. In some countries, the SAR test result figure has to be displayed at the point of sale. To have a presence in these markets, your products must meet strict SAR regulations.
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EMC Testing Inductors
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Electromagnetic Compatibility (EMC) testing is a somewhat unique discipline within the world of electrical product development and analysis. Electromagnetic Compatibility (EMC) testing is primarily concerned with understanding and mitigating the affects of Electromagnetic Interference (EMI).
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EMC Chambers
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A specialized, shielded room designed to test electronic devices for radiated and conducted electromagnetic interference (EMI).
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Magnetic Pole Indicator
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identification of the field-direction of a magnet (north - south). It simply ascertains, fast and reliably the polarity of permanent magnets and electromagnets. This reliable device is simply to be served. It is indispensable for all industrial areas and fields of investigation which deal with magnetic applications.
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Excimer Lasers
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Powerful and versatile light sources in the UV range of the electromagnetic spectrum. Because of their cold ablation and short wavelength, excimer lasers are used for countless applications.
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Air Core Inductors
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Osborne designs our Air Core Inductors to realize their advantage of high linearity. We also work with our clients to identify and mitigate any potential disturbances that could result from electromagnetic fields created. The air core design approach is known to create strong electromagneticfields. Osborne develops electromagnetic circuit models, if necessary, to ensure that our clients build effective and reliable circuits.
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Control Board for Motor, Pump & Valve
F1V04
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Beijing SANKI Petroleum Technology Co., Ltd.
The main board issues a start signal and a low voltage signal (12v) for opening the electromagnetic valve, which are converted into strong voltage signals (220 VAC) to drive the electromagnetic valve (380 VAC) and the motor in our fuel dispensers system, thus completing the function of conversion from weak voltage power to strong voltage power. The control board circuit isolates high voltage interference signals via photoelectrical isolating components.
