美国ARS标准光学型闭循环低温恒温器X-1AL

我司在清华大学顺利完成美国ARS闭循环无液氦低温恒温器验收工作

近日我司在清华大学顺利完成美国ARS（ADVANCED RESEARCH SYSTEMS）闭循环无液氦低温恒温器验收工作，并针对仪器操作及日常维护进行了培训。

镍铬加热器线

 镍铬加热器线（Nichrome heater wire）用来绕制低温加热器。 线径32AWG(0.203mm),成分： 80% 镍（Nickel），20% 铬（Chromium）； Polyimide 绝缘最高操作温度500K。

In Situ X‑Ray Diffraction Study on Hydrate Formation at Low Temperature in a High Vacuum

The condition for incorporating simple gases with H 2 O to form clathrate hydrates in protosolar nebula is a subject of topical interest. Methane and carbon dioxide clathrate hydrates have been speculated to exist in outer solar system bodies, but they have eluded direct detection so far. We have constructed a low-temperature and high-vacuum system to prepare and study clathrate hydrates by in situ synchrotron X-ray diffraction experiments.Upon heating, we found clathrate hydrates can be obtained from the codeposition of methane or carbon dioxide with water outside the equilibrium thermodynamic stability region under high vacuum. We suggested that the hydrate formation is assisted by the phase transformations in the ice, which provide the necessary activation energy to increase the mobility of the guest and water molecules. The results provide a new perspective on how “metastable” gas hydrate can be formed.

顺磁共振用低温指状杜瓦

ER 167 FDS-Q Finger dewar For particular, applications, like detection of nitroxide(N0), the nitrogen finger dewar, ER 167 FDS-Q, is the method of choice. The finger dewar minimizes sample preparation time and experimental set-up. The sample temperature is at 77K

碳陶瓷低温温度计

CCS低温温度计 Temati是全球范围内的碳陶瓷低温温度计批发商，碳陶瓷低温温度计在低温温度计量的所有领域都有应用。碳陶瓷温度计发明于1976年，到现在已经有超过10000个碳陶瓷温度计在世界范围内成功应用。

DS-LT3M UHV Flow Cryostat for Manipulation

The ARS manufactured LT3M Helitran is a True UHV cold head (10-11 Torr) where all of the rubber o-ring seals have been replaced with welded joints and metal seals. Like all of our LT3 helium flow cryostats, the LT3M is an advanced liquid helium flow cryostat utilizing many unique features, such as the matrix heat exchanged and the coaxial shield flow transfer line to achieve unparalleled efficiency and ultra low vibration levels. The combination of True UHV and angstrom level vibrations makes the LT3M ideal for low temperature application. The extended length and addition of a rigid support tube allow for cleaving and manipulation.

CryoCon-Users-Guide

The Model 12i / 14i / 18i monitors may be powered by any source providing 7.5 to 48 Volts AC or DC. The IEEE 802.3af Power over Ethernet (PoE) specification is also upported, allowing these units to be powered by its local area network connection. In addition, the Model 18i has eight input channels whereas the Model 14i has four and the Model 12i has two. The instruments are identical in every other way. Each input is independent and is capable of supporting the same wide range of sensor types. Inputs are not scanned or multiplexed.

Model RO-600(1K) – Ruthenium Oxide RTD – RuO Thermometer from Scientific Instruments

The Model RO-600 Ruthenium Oxide Temperature Sensors are thick film resistors which adhere to are available with calibration down to 20mK or grouped/interchangeable and have a nominal resistance of 1,000? at ambient temperature. The ruthenium oxide temperature sensor offers excellent performance characteristics in magnetic field environments. These sensors exhibit an initial small negative magnetoresistance at temperatures below 250 mK at low fields (less than about 1.5 Tesla). The magnetoresistance then becomes positive at larger fields and increases at lower temperatures. This magnetoresistance is repeatable. For example, a resistance change of 8% induced by an 8 Tesla field at a temperature of 80 mK corresponds to a temperature error of 7 mK.

Cryogenic Temperature Multi-Channel Monitor Model 12i / 14i / 18i

The Model 12i / 14i / 18i monitors may be powered by any source providing 7.5 to 48 Volts AC or DC. The IEEE 802.3af Power over Ethernet (PoE) specification is also upported, allowing these units to be powered by its local area network connection. In addition, the Model 18i has eight input channels whereas the Model 14i has four and the Model 12i has two. The instruments are identical in every other way. Each input is independent and is capable of supporting the same wide range of sensor types. Inputs are not scanned or multiplexed.

VIS-Datasheet-V25-1550M-module

High-speed transmitter module for test purpose with integrated 1550nm VCSEL fiber coupled to a 9/125 µm single mode fiber for optical output. The module is designed as engineering sample for high speed test applications.

VIS-Datasheet-A50-300C

The A50-300C is a high speed driver IC designed for use with electro-optical modulated VCSEL for up to 56 Gbit/s in fiber optic transmission systems. The A50-300C operates from a single +5V supply typically dissipating 380mW of DC power. The device is available as engineering sample.

OPERATION AND MAINTENANCE INSTRUCTIONS

AMI HELIUM VAPOR COOLED CURRENT LEADS AND SUPERCONDUCTING BUS BARS INSTALLATION, OPERATION AND MAINTENANCE INSTRUCTIONS

current_leads

American Magnetics Inc.’s (AMI) Vapor Cooled Current Leads provide reliable and consistent electrical current transfer from room temperature (300K) to a Liquid Helium environment (4.2K). These high efficiency heat exchangers use the heat capacity of cold helium vapor to counterflow the incoming conductive and resistive heat, thereby minimizing the liquid helium consumption. The thermal input of the leads is carefully designed to insure that just enough helium gas is generated to provide adequate cooling across the full range of operating currents. AMI offers a wide range of current lead designs from small current requirements to over 100,000 Ampere leads.

Cryogen_Free_Magnets_Info_Brief

The simplest magnet system is one where a sample insert has a small 6T magnet bolted at the bottom. Such an insert would have an integral variable temperature insert with sample space of 25 mm. These inserts are very effective in performing transport studies on nano size specimens and can be a useful tool to demonstrate the Quantum Hall Effect for educational purposes or for prescreening samples before they are tested at facilities that are not easily accessible.

LT4B超高真空液氦液氮型连续流低温恒温器

ARS 生产的Helitran LT4B 是一个真正的超高真空冷头(10-11 Torr)，所有的橡胶O 形密封圈被焊接接头和金属密封圈取代。 LT4B 是性价比最高的制冷剂连续流型UHV 低温恒温器。LT4B 既可以使用液氦也可以使用液氮。LT4 使用标准的传输管线和冷头。如果需要升级为同轴屏蔽流型传输管线，实现埃米级振动，向您推荐高性能的LT3B。

LT4B

The ARS manufactured LT4B Helitran is a True UHV cold head (10-11 Torr) where all of the rubber o-ring seals have been replaced with welded joints and metal seals. The LT4B is our lowest cost liquid flow UHV cryostat. The LT4B works with either Liquid Helium or Liquid Nitrogen. The LT4 utilizes a standard transfer line and cold tip. In order to upgrade to our coaxial shield flow transfer line and angstrom level vibrations, you need to take a look at the high performance LT3B.

我司在南京某高校成功安装低温恒温器

近日我司在南京某高校成功安装美国ARS（ADVANCED RESEARCH SYSTEMS）的低温恒温器。

我司在南京某大学低温真空探针台成功维护

近日我司在南京某大学对美国ARS（ADVANCED RESEARCH SYSTEMS）的低温真空探针台成功维护。

我司在深圳某高校成功进行了美国ARS的PS-CC闭循环探针台安装与验收

近日我司在深圳某高校成功进行了美国ARS（ADVANCED RESEARCH SYSTEMS）的PS-CC闭循环探针台安装与验收

RMP Flyer German / English

Der RMP Rotormessplatz ist ein universelles Messsystem zur Erfassung der Eigenschaften von Permanentmagnet-Rotoren. Steuerbare Achsen, eine präzise Mechanik und kalibrierte 1- bzw. 3-achsige Hall-Sensoren bis zu 1 Tesla zeichnen den RMP aus.

layer-tester Flyer German

Der Layer Tester wurde entwickelt, um die jeweiligen Beschichtungen auf Floatglas zu unterscheiden. Das Gerät arbeitet mit zwei verschiedenen Widerstandwerten und erkennt so sicher und schnell, welche Beschichtung auf das Glas aufgebracht wurde. Der Layer Tester ist Batteriebetrieben und intuitiv in der Anwendung. Sobald die in das Prüfgerät integrierten Kontaktspitzen mit dem Prüfglas in Berührung kommen, wird über zwei LEDs das Messergebnis angezeigt. Unterschieden wird dabei zwischen den beiden Flächenwiderstandsbereichen 0 bis 15 ?sq (low resistance) und 22 bis 60 ?sq (high resistance).

Helmholtz Spulen Flyer German

Eine von Matesy’s Kernkompetenzen ist die Abwicklung von Entwicklungsprojekten. Mit Ihnen gemeinsam erarbeiten wir einen konkreten Lösungsansatz, fertigen ein System anhand Ihrer Bedürfnisse und unterstützen Sie bei der Implementierung.

m-axis Flyer English

m-axis is a measurement system to investigate the magnetic specifications of permanent magnets (magnetization angle and magnetic moment). Due to the modular setup it is possible to customize the measurement range of the m-axis system in addition to the four standard ranges and for 100% quality control.

ScanningTunnelMicroscopy

Scanning Tunnel Microscopy (STM) is the earliest technique that was developed in the scanning probe microscopy (SPM) area. It generates imaging surfaces with atomic resolution, which is ~ 0.1 nm in lateral and ~ 0.01 nm in depth. The principle of the STM is based on quantum tunneling. When conducting measurements,a conducting sharp tip as the probe is brought very close to the surface. In the meantime, a voltage bias is applied between the tip and sample to make electrons tunnel through space. The resulting image is the change in the tip height as the tip is scanned over the sample surface. Clean sample surface and tip, and low electronic and physical noise are required for high-resolution STM imaging. The STM can be widely used in UHV or any other gas or liquid ambients from the temperature of ~ 0K up to 1300K.

ScanningTunnelMicroscopy扫描隧道显微镜(STM)

扫描隧道显微镜(STM)是在扫描探针显微镜(SPM)领域发展起来的最早的技术。它生成的成像表面具有原子分辨率，横向分辨率为~ 0.1 nm，深度为~ 0.01 nm。STM 的原理是基于量子隧穿。在进行测量时，由于探针非常接近表面，所以有一个导电的尖头。同时，在探针和样品之间施加电压偏置，使电子通过空间隧道。所得到的图像是叶尖在样本表面上扫描时叶尖高度的变化。结果图像是在样品表面上扫 描尖端时尖端高度的变化。

ScanningElectronMicroscopy

Scanning Electron Microscopy (SEM) is one of the most versatile instruments for the examination of the surface topography and composition of the sample. The surface images result from the interaction of a focused electron beam with atoms in the sample, which can achieve < 1 nm resolution. Signals generated during the interaction include secondary electrons (SE), back-scattered electrons (BSE), characteristic X-ray and cathodoluminescence, absorbed current, and transmitted electrons. SE is the most standard signal that SEM detects. It has low energies, which leads to a higher resolution. BSE occurs in deeper places within the sample and strongly relates to the atomic number. It is very often used for composition analysis along with characteristic X-ray spectra. Many SEM measurements are conducted when the sample stage is cooled down to cryogenic temperatures based on different sample properties.

ScanningElectronMicroscopy扫描电子显微镜(SEM)

扫描电子显微镜(SEM)是检测样品表面形貌和成分的最通用的仪器之一。表面图像是由聚焦的电子束与样品中的原子相互作用而得到的，可以达到<1nm 的分辨率。相互作用产生的信号包括次级电子(SE)、 背散射电子(BSE)、特征x 射线和阴极发光、吸收电流和透射电子。SE 是扫描电镜检测到的最标准的信号。它的能量很低，所以分辨率很高。BSE 发生在样品内部更深的地方，与原子序数密切相关。它通常与特征X 射线光谱一起用于成分分析。许多扫描电镜测量是在样品台冷却到低温时根据不同的样品性质进行的。

Time-DomainThermoreflectance

Time-domain thermoreflectance (TDTR) is one of the most powerful methods to measure the thermal properties, most importantly thermal conductivity, of a wide range of bulk and thin film materials and their interface. The principle is to take advantage of the change in the reflectance of the surface to derive the thermal properties when a material is heated up. The set-up includes a pump and probe pulsed-lasers. The pump laser is utilized to generate acoustic pulses. The acoustic pulses could be at a transmittance or reflectance state at an interface, depending upon the properties of the interface. The probe laser will detect the reflecting acoustic pulses through a photodetector.

RamanScattering拉曼散射

拉曼光谱是一种检测晶格或分子振动或旋转模式的技术。有两种类型的散射，瑞利散射和拉曼散射。瑞利散射是弹性的，拉曼散射是非弹性的。当拉曼散射发生时，入射光子和散射光子之间存在能量差异。拉曼光谱显示出这种能量差异，它与晶格或分子的特定振动或转动模式相对应。因此，常用来识别和分析样品的结构和组成。它还可以与显微镜结合来观察单个纳米结构或称为微拉曼光谱的微观区域。

QuantumOptics量子光学

在半经典和量子力学物理中，光不仅可以被视为电磁波，也可以被视为称为光子的粒子。亚微观层面上的物质与入射光的相互作用属于量子光学领域。量子光学的主要目标是了解量子信息，学习如何操纵和实现这些技术。它的研究热点包括量子相关、量子纠缠和量子信息处理，这些在量子计算中有着巨大的应用潜力。

PhotoelectricEffect

When light illuminates a material, due to the energy transfer from the light to the carriers in materials, electrons will be ejected from the surface. This effect is called the photoelectric effect, and the emitted electrons are called photoelectrons. According to experiments, the results show that only the light that exceeds the threshold frequency can generate photoelectrons. Below that threshold, no electrons are emitted from materials. That threshold is called the work function, which is attributed to the electron binding energy. The photoelectric effect experiments are commonly performed on quantum devices for characterization at cryogenic temperatures.

PhotoelectricEffect光电效应

当光线照射到材料上时，由于能量从光传递到材料中的载流子上，电子会从表面喷射出来。这种效应称为光电效应，发射的电子称为光电子。实验结果表明，只有超过阈值频率的光才能产生光电子。低于这个阈值，材料就不会发射电子。这个阈值被称为功函数，它归因于电子结合能。

MössbauerSpectroscopy

Mössbauer spectroscopy is a spectroscopic method to detect a slight change in energy levels of an atomic through recoil-free resonant absorption and emission of gamma rays in solids. Typically, chemical shift,quadrupole splitting, and hyperfine splitting can be observed. Due to the narrow linewidth of gamma rays,Mössbauer is extremely sensitive in terms of energy resolution. In the resulting spectra, the gamma-ray intensity is plotted as a function of the source velocity. At velocities corresponding to the resonant energy levels of the sample, a fraction of the gamma rays are absorbed, resulting in a drop in the measured intensity and a corresponding dip in the spectrum. The absorbing nuclei and sample can be characterized by the number, positions, and intensities of the dips in the spectrum. Recently, some charge state and electronic configurations have been confirmed through Mössbauer spectroscopy at cryogenic temperatures.

MatrixIsolation基质隔离

基质分离是一种光谱研究，旨在将材料(客体粒子)置于极低温的惰性介质(宿主基质)中。它的出现是基于瞬态分子的高化学反应性，很难获得气相红外光谱。客体粒子和主基质的混合物沉积在一个透明窗口上，该窗口将被冷却到熔点以下。所以实验必须在高真空下进行，以防止有害气体中的污染物冻结到冷窗上。

Magneto-OptoKerrEffect

Magneto-Opto Kerr Effect (MOKE) is a technique to investigate the magnetization structure of materials by the change in intensity and polarization of reflected light from the magnetized surface. MOKE is one of the magneto-optic effects. Kerr effect, investigating reflected light, is similar to the Faraday effect, which is to detect the transmitted light. Upon the direction of the magnetization vector with respect to the reflecting surface and the incident plane, there are polar MOKE, longitudinal MOKE, transversal MOKE, and quadratic MOKE. In addition, low-temp MOKE helps characterize superconductor/magnetic materials in terms of current density and magnetic flux distribution.

Fourier-TransformInfraredSpectroscopy(FTIR)

When a sample is exposed to infrared radiation, the dipole moment will be excited by absorbing the radiation with a specific wavelength. The vibrational energy will be excited from the ground state to the excited state.Unlike dispersive spectroscopy, Fourier-transform infrared spectroscopy (FTIR) contains many frequencies of light at once and measure absorption. Next, the beam contains a different combination of frequencies of light and repeat it. After repeating several times, the raw data will be processed to resulting data cm-1, wavenumber.This process is called the Fourier Transform.

Deep-LevelTransientSpectroscopy(DLTS)

Deep-level transient spectroscopy (DLTS) is a very powerful tool to detect the defect concentration and thermal emission rate of semiconductor deep levels by measuring capacitance transients as a function of temperature. It normally used the Schottky diode or p-n junction as a probe. In the process, the probe is forward biased to fill the defects with free carriers by a pulse voltage. After the pulse, the defects start emitting trapped carriers due to thermal emission.

Deep-LevelTransientSpectroscopy(DLTS)深能级瞬态谱

深能级瞬态光谱（DLTS）是通过测量电容瞬态随温度变化来检测半导体深能级缺陷浓度和热发射速率的有力工具。它通常使用肖特基二极管或p-n 结作为探针。在此过程中，探针正向偏压，以脉冲电压填充自由载流子缺陷。脉冲后，由于热发射，缺陷开始发射捕获载流子。

DiamondAnvilCell金刚石压砧

金刚石顶砧（DAC）是一种实验性的元件，它通过用两个相对的金刚石压缩一小块材料来产生极端压力。压力通常可达100-200 GPa。这项技术的目标是模拟行星内部的环境来合成材料并观察在正常大气环境下不会发生的相位。样品可以通过钻石观察，也可以进行光学测量，如X 射线衍射、穆斯堡尔谱和光致发光。通常，样品可通过电阻加热至1000°C 或激光加热至5700°C 进行加热。DAC 实验也可在低温下进行，DAC 实验也可以根据不同的目的在低温下进行。

NobleGasAnalysis

The noble gases, i.e., helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe), form a group of chemical elements with similar properties, such as odorless, colorless, and monatomic. Most importantly, they are chemically unreactive. Therefore, they are also called inert gases. Because of its chemically and biologically inert and unique isotopic features resulting from radioactive decay, the noble gases are commonly utilized to probe the ocean and Earth process, e.g., rocks and minerals dating. High-purity and quantitative noble gas sample preparation for mass spectrometric analysis are normally required. Therefore, adsorption of noble gases in an ultra-high vacuum activated charcoal trap at cryogenic temperatures is the most common procedure. The desorption of individual noble gas is a function of temperature for mass spectrometric measurements.

ElectronParamagneticResonance(EPR)ElectronSpinResonance(ESR)

Electron paramagnetic resonance (EPR)/electron spin resonance (ESR) is an important method to study unpaired electrons in organic and inorganic radicals, transition metal complexes, and some biomolecules.When paramagnetic compounds with unpaired electron spins are under magnetic fields and electromagnetic waves, normally in the microwave range of frequency, the transition between spin states is induced. The measurement is generally carried out with constant frequency, while the magnetic field varies. EPR/ESR spectrometer measures the absorption of electromagnetic radiation. Due to the short relaxation times of electron spins, EPR/ESR must be performed at cryogenic temperatures.

NeutronScattering

Neutron scattering is utilized to understand the properties of materials on the atomic scale. The benefits of the neutron scattering are to have similar wavelengths to the spacing between atoms, similar energy to atoms, no charge to avoid strong scattering by charges to penetrate more deeply into the matter, scattered similar extent by light and heavy atoms, and suitable magnetic moment for magnetism measurement. Neutron scattering produces prominent interference and energy transfer effects because neutrons interact primarily with the nucleus, not electron cloud surrounding it in XRD. Nowadays, neutron studies of quantum materials are commonly used for the development of IT technology and superconducting materials. At cryogenic temperatures, the energy distribution of the neutrons can be shifted to the lower energy end of the spectrum. Interesting neutron scattering phenomena are also commonly discovered at low-temperature.

Vacuum Wire Wiring Accessories

Kapton® and Teflon® — Insulated wires for HV and UHV vacuum applications. Specialty and Thermocouple wire — T/C bare wire in matched pairs. Wiring Accessories — complete assortment of pins, tools, components, etc.

Power Feedthroughs

Power Feedthroughs — Hermetic glass-to-metal seal feedthroughs are designed to meet Mil-DTL-5015 Circular and industry standard Subminiature-D configurations. Ceramic seal high power feedthroughs provide three high power feedthrough options. In-Vacuum Cable Assemblies — UHV and high temperature cable assemblies using compatible materials such as PEEK, ceramic, Kapton® insulated wire and stainless steel are just some of the vacuum compatible materials used to provide complete in-vacuum wiring. Air-service Cable Assemblies — Industry standard cables and connectors are utilized to provide the end user with complete connectivity solutions from bench equipment to the feedthrough flange.

Accessories

Connectors Vacuum Connectors & Cable Assemblies Kapton Insulated Wire Insulators & Spacers

LTR

LTR专为X波段EPR和ESR测量而设计。 通过石英比色皿内的液氦射流冷却样品。 我们提供符合Bruker、Varian和JEOL腔体的玻璃器皿。

X-19-OP光学型闭循环低温恒温器

X-19OP是顶端装载样品的光学型恒温器，样品置于氦气交换气体腔，使用样品杆更换样品，换样时无需关闭制冷机，这样的设计换样速度快，特别适合需要进行大量样品测试情况。而且样品置于冷的氦气环境中，适用于各种导热性不好的样品降温。

X-15EPR闭循环低温恒温器

X-15系列低温恒温器专为低温电子顺磁共振（EPR）和电子自旋共振（ESR）而设计。O圈密封的石英样品小池使得系统可在不拆卸整套设备的前提下方便换样。可选蓝宝石或铜样品管。

B-UHV型闭循环低温恒温器

B-UHV系列闭循环低温恒温器是真正的UHV真空系统，真空度可达10-11 Torr，与其他产品不同的是该产品全部用焊接接头及金属密封代替了橡胶O圈密封。在制冷机上直接焊接了一个CF法兰。 B-UHV系列恒温器的冷头可烘烤到80℃，移除冷头置换器之后可以烘烤到200℃。 B-UHV系列恒温器可配备DE-202、DE-204或DE-210系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。

LN-400液氮储槽型恒温器

LN400液氮储槽型恒温器是经济连续流恒温器，可进行光电磁各种低温测试。 LN400使用液氮进行工作，工作温度77K至500K（高温可到800K），结构可根据客户需要进行定制。

LT4连续流低温恒温器

LT4系列连续流恒温器是经济连续流恒温器，可进行光电磁各种低温测试。 LT4既可以使用液氦也可以使用液氮进行工作。该系统包含标准的传输管线和冷指，也可根据客户需要进行定制。

±1T磁场强度下显微光学测试

典型特点：灵活性高，降温时间更短，换样方便 这套系统尾部可以最多可加5个窗口，样品处真空罩宽度19mm。（配合电磁铁可以获得高于1T的磁场强度） 该套样品处最低温度小于8K。（可连续变温，也可升级制冷机获得更低温度） 超低振动：恒温器固定安装振动3-5nm，恒温器配移动支架振动优于500nm。

我司在中国科学技术大学顺利完成美国ARS公司的专门用于ARPES系统的超高真空型(UHV)低温恒温器验收工作

近日我司在中国科学技术大学顺利完成美国ARS（ADVANCED RESEARCH SYSTEMS）公司的超高真空型低温恒温器验收工作，该款低温恒温器为完全无液氦系统，搭配客户超高真空腔室使用，可实现低温下三维移动及旋转，真空度可达10-9pa，配备额外305mm延长冷指，最低温度4.6K。

我司在中国科学院福建物质结构研究所顺利完成美国ARS标准型无液氦低温恒温器升级验收工作

近日我司在合中国科学院福建物质结构研究所顺利完成美国ARS（ADVANCED RESEARCH SYSTEMS）标准型无液氦低温恒温器升级验收工作，该款低温恒温器与爱丁堡（Edinburgh Instruments）光谱仪FLS980 无缝匹配。

我司在北京师范大学顺利完成美国ARS公司LT3液氦液氮型低温恒温器验收工作

近日我司在北京师范大学顺利完成美国ARS 公司（ADVANCED RESEARCH SYSTEMS）LT3 液氦/液氮型低温恒温器验收工作，搭配布鲁克Bruker VERTEX 80V 光谱仪；该款恒温器采用同轴液氦冷却低温传输管线，液氦消耗率同类产品最低0.7LL/hr@4.2K.降温时间只有20 分钟。

X-1AL标准光学型闭循环低温恒温器

X-1AL系列标准光学型闭循环低温恒温器因其测试灵活，价格经济而成为绝大多数实验室样品及装置测试的最优选择，该系统广泛应用于各种光、电、磁测试。 X-1AL系列恒温器可配备DE-202或DE-204系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。

ds.cc210+215

Advanced Research Systems, Inc manufactures its own series of Closed Cycle Cryocoolers. They are pneumatically driven GM Cryocoolers (pGM), that are offered as both single and two-stage units.

ds.options

A high temperature thermal switch attached to the tip of cryocooler permits heating the sample to 500K. Vacuum Pump – Model VPS-2.Pumping speed = 5.5 m3/h. Ultimate Pressure = 10-4 mbar Complete system includes the following: • Two Stage mechanical, direct drive, rotory vane, • 1 Meter Stainless bellows hose • Vacuum Gauge • Vacuum valve • Oil Backstreaming adsorption trap • Oil mist eliminator

ds.floor-stand

ARS Floor Stand for Ultra-Low Vibration Interfaces ·Adjustable height ·Extruded aluminum construction ·Wheels for moving stand

CryogenicFacts

Temperature measured with heat load applied @ cryocooler 2nd stage cold tip with no cold tip attachments, with cold tip vertically down, @ 60Hz power, @ room ambient (19-25C), with full radiant heat shield attached to 1st stage, with no additional applied 1st stage heat load, high vacuum insulation (starting vacuum <10mtorr with < 5mtorr/min rate-of-rise), 10’ flexhoses (3/4” dia for 204S and 210S). 50 Hz reduces capacity and increases cooldown times 15-25%. Data is typical but not guaranteed.

AutomatedSystemFlier

? Complete Turn-Key Operation ? Easy to Use ? State-of–the-Art Remote Control ? Real-Time Dynamic System Status ? Materials Property Testing: Optical, Electrical, Magnetic

ARSJTCooler(ORCA)

The ARS MR JT coolers use a patented unique cooling cycle to cool down and maintain temperatures to -193C (80K) without the use of liquid cryogens. The system consists of three physical components • Cold Head – where refrigeration occurs • Compressor – provides refrigerant flow & pressure • Gas Lines – room temperature, self sealing

HeliumReliquefierRD2017000-C1.DE215

The Helifier provides an economical way to recover helium exhaust from laboratory cryostats and liquefy it for continued use. Cooled by the powerful ARS CS215S cryocooler the Helifier will generate liquid helium at a rate of 18L/day and store up 100 liters of liquid which is roughly a weeks worth of normal helium usage for cryostat applica-tions.

tn2xrdd5003

Bruker manufactures the X-ray diffraction equipment and user references are given at the end of this note. The ARS cryocooler permits the user to characterize the samples over a very large temperature range with out the need for liquid helium. ARS has supplied the cryocooler to customers with the D-500 and D-5000 system. Bruker has incorporated the cryostat to the newer D-8. This is available directly from Bruker. The ARS design has the advantage of placing the cryocooler through the bore of the diffractometer and bolting the cryocooler to the sample mounting flange of the diffractometer. The sample holder extends out the front of the machine to align with the x-Ray beam.

DS-CS204AF-DMX-20B

The CS204*F-DMX-20B opens up a wide range of possibilities never before possible with a closed cycle cryocooler. The ARS manufactured DMX-20B interface, like our “B” series cold heads is a True UHV System (10-11 Torr) where all of the rubber o-ring seals have been replaced with welded joings and metal seals. A CF flange is The DE204*F-DMX-20B uses a Helium Exchange Gas to decouple the sample from the cold tip of the DE204 Cryocooler. This prevents almost all vibration from being transmitted to the sample. Sample vibration levels of 3-5nm have been demonstrated by users. Due to the exchange gas being less conductive, the base temperature will increase by 1-2K and the cooling capacity is roughly cut in half at varying temperatures.

DS-LT4-DMX-1AL

The LT4-DMX-1AL is our lowest cost liquid flow cryostat, for optical and elecitrical experiments. The LT4 works with either Liquid Helium or Liquid Nitrogen. The LT4 utilizes a standard transfer line and cold tip. In order to upgrade to our coaxial shield flow transfer line and angstrom level vibrations, you need to take a look at the high performance LT3-WMX-1SS.

DS-LN400

The LN400 is our lowest cost liquid Nitrogen cryostat, for optical and electrical experiments. This simple and inexpensive Liquid Nitrogen cryostat offer a variable temperature sample environment from 77K to 500K. Our standard 800K interface is also available. Temperatures below 77 K can be achieved by pumping on the exhaust port.

DS-CS204AE-FMX-1AL

The CS204*E-FMX-1AL offers a wide range of flexibility at a low cost, making it an excellent choice for most sample and device testing. This system offers similar features as the CS202*E-DMX-1AL, however it offers almost twice the cooling capacity making this system less sensitive to experimental and parasitic heat load changes, sample size, number of wires, windows, etc.

DS-CS202AE-DMX-1AL

The CS202*E-DMX-1AL offers a wide range of flexibility at a low cost, making it an excellent choice for most sample and device testing. This system is well suited for optical, electrical, and magnetic sample testing.

原子力显微镜(AFM)&扫描近场光学显微镜(SNOM)形貌

ARS 公司推出了一款专门替代液氦制冷的低温AFM/SNOM 平台的超级优越的经济型无液氦解决方案。

探索奇妙的液氮深冷世界

为您提供全线液氮冻存解决方案，卓越的保温性能、超低的运行成本和完善的控制功能让您放心储存珍贵的生物样品。

Micro-coaxialcable

New England Wire Technologies designs and manufactures a wide range of coaxes from highly specialized miniature coaxes to audio/video coaxes and industry standard RG series coaxes. Microminiature Coaxial Cables (42 - 34 AWG) are typically offered with fluoropolymer dielectrics to yield the smallest size and lowest loss cables possible. Ideal for short distance signal transmission, applications include antenna leads, ccd cables, ultrasound cables and test equipment leads. Due to their small size, composite cables can be manufactured with high densities of these components; samples of composite cables using coaxes are illustrated in medical, instrumentation, communications & controls, and audio/video sections of this catalog.

美国GMW-hw-102a_gmw

Please be aware that our products are not intended for use in life support equipment, devices, or systems. Use of our products in such applications requires the advance written approval of our sales staff. Certain applications using semiconductor devices may involve potential risks of personal injury, property damage, or loss of life. In order to minimize these risks, adequate design and operating safeguards should be provided by the customer to minimize inherent or procedural hazards. Inclusion of our products in such applications is understood to be fully at the risk of the customer using our devices or systems.

美国GMW-hw-101a_gmw

HW-101A Shipped in packet-tape reel(3,000pcs per reel) Notice : It is requested to read and accept "IMPORTANT NOTICE" written on the back of the front cover of this catalogue

美国GMW-hg-0815_e

•Please be aware that our products are not intended for use in life support equipment, devices, or systems. Use of our products in such applications requires the advance written approval of our sales staff.Certain applications using semiconductor devices may involve potential risks of personal injury, property damage, or loss of life. In order to minimize these risks,adequate design and operating safeguards should be provided by the customer to minimize inherent or procedural hazards. Inclusion of our products in such applications is understood to be fully at the risk of the customer using our devices or systems. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-hg-0812_e

•Please be aware that our products are not intended for use in life support equipment, devices, or systems. Use of our products in such applications requires the advance written approval of our sales staff. Certain applications using semiconductor devices may involve potential risks of personal injury, property damage, or loss of life. In order to minimize these risks, adequate design and operating safeguards should be provided by the customer to minimize inherent or procedural hazards. Inclusion of our products in such applications is understood to be fully at the risk of the customer using our devices or systems. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-hg-0811_e

•Please be aware that our products are not intended for use in life support equipment, devices, or systems. Use of our products in such applications requires the advance written approval of our sales staff.Certain applications using semiconductor devices may involve potential risks of personal injury, property damage, or loss of life. In order to minimize these risks,adequate design and operating safeguards should be provided by the customer to minimize inherent or procedural hazards. Inclusion of our products in such applications is understood to be fully at the risk of the customer using our devices or systems. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-hg-106c_gmw

These products and their specifications are subject to change without notice.When you consider any use or application of these products, please make inquiries the sales office of Asahi Kasei EMD Corporation (AKEMD) or authorized distributors as to current status of the products.

美国GMW-hg-106a_gmw

•Please be aware that AKE products are not intended for use in life support equipment, devices, or systems. Use of AKE products in such applications requires the advance written approval of the appropriate AKE officer. Certain applications using semiconductor devices may involve potential risks of personal injury, property damage, or loss of life. In order to minimize these risks,adequate design and operating safeguards should be provided by the customer to minimize inherent or procedural hazards. Inclusion of AKE products in such applications is understood to be fully at the risk of the customer using AKE devices or systems. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-HG0A14

The Field Sensor PCB is very flexible and the small size of the tip enables evaluation of the HG-106C-2U for the measurement or control of the magnetic field in assemblies such as loud speakers, inductors, magnetic actuators, current sensors and electric motors or generators.

Zero-Gauss-chamber-ZG7

To obtain a null field reference a Zero Gauss chamber must be used to shield the probe sensing area from external field. The ZG7 is particularly designed accessory for the SENIS Magnetic Mapping Systems.

Worktop Elobau 3012015

Worktop Elobau 3012015 Worktop Elobau 3012015 Worktop Elobau 3012015

WEB_CHEMIN

Principal uses of this compact magnet are a consequence of its main technical properties : - High field homogeneity, associated with a large gap, compared to its small external dimensions. • Simple way for testing NMR magnetometers without need of a big magnet. • Stable field generation for calibration of Hall magnetometers ; primary calibration by NMR. • Magnet, needing no power supply, for laboratory physics experiments.

VWM-S-1W-A60mm-RightView

VWM-S-1W-A60mm-RightView VWM-S-1W-A60mm-RightView VWM-S-1W-A60mm-RightView

VWM-S-1W-A60mm-MainView

VWM-S-1W-A60mm-MainView VWM-S-1W-A60mm-MainView VWM-S-1W-A60mm-MainView

VWM-S-1W-A60mm-FrontView

VWM-S-1W-A60mm-FrontView VWM-S-1W-A60mm-FrontView VWM-S-1W-A60mm-FrontView

VWM-S-1W-A40mm-RightView

VWM-S-1W-A40mm-RightView VWM-S-1W-A40mm-RightView VWM-S-1W-A40mm-RightView

VWM-S-1W-A20mm-TopView

VWM-S-1W-A20mm-TopView VWM-S-1W-A20mm-TopView VWM-S-1W-A20mm-TopView

VWM-S-1W-A20mm-RightView

VWM-S-1W-A20mm-RightView VWM-S-1W-A20mm-RightView VWM-S-1W-A20mm-RightView

VWM-S-1W-A20mm-FrontView

VWM-S-1W-A20mm-FrontView VWM-S-1W-A20mm-FrontView VWM-S-1W-A20mm-FrontView

VWM-S-1W-A5mm-TopView

VWM-S-1W-A5mm-TopView VWM-S-1W-A5mm-TopView VWM-S-1W-A5mm-TopView

VWM-Demo-readout-program

Vibrating Wire Monitor Demo readout program GUI User's Guide

VWM_choice

VWM-S-1W sensor parameters choice (VWM_choice_Rev3.0 program)

vishay_foil_resistor

Bulk Metal® Foil (BMF) technology outperforms all other resistor technologies available today for applications that require high precision and high stability.

VIBRATING-WIRE-SCANNER-FOR

Method of beam transverse profile measurement in accelerators by scanning wire is wide-spread in accelerator technology [1-6]. In this work vibrating wire is proposed to use as a scanning wire. In such way the system of radiation (or secondary particles) extraction and measurement can be removed. Dependence of oscillations frequency on beam scattering is determined by several factors. Our estimations show that influence caused by wire heating will dominate.

VAC-BR-High_Current_Sensors

VAC is the technology leader in DC and AC current sensing, providing a wide range of products to the industry. VAC owns state of the art R&D facilities and worldwide manufacturing sites, offering outstanding product quality at low cost. The VAC-invented measuring principle of the closed – loop sensor with magnetic probe as a zero field detector is distinguished by maximum precision of the current detection.

TUPF31_poster

the safety re-examination of existing GANIL facilities requires the implementation of a safety system which makes a control of the beam intensity sent to the experimental rooms possible. The aim is to demonstrate that beam intensities stay below the authorized limits defined by the safety GANIL group.

TUPF31

The safety re-examination of existing GANIL facilities requires the implementation of a safety system which makes a control of the beam intensity sent to the experimental rooms possible. The aim is to demonstrate that beam intensities stay below the authorized limits defined by the safety GANIL group.

transverse-mag-probes-C-and-E

Transverse Mag Probes type C (0.2mT) and type E (2.0mT)

TNG3DTM005a

The Group3 Teslameter (serial versions) may be connected to a host computer using fiber optic cables. This has the advantage of electrically isolating the DTM and is particularly advantageous when using the DTM in electrically noisy or high voltage environments.

TNG3DTM004a

The automatic recovery of the DTM user's and Calibration table is possible through use of cunning programming techniques when using a computer to control the DTM.

TNG3DTM003a

The Group3 Digital Teslameter is a precision electronic measuring device. Because of the nature of the measurements it is asked to do it is frequently exposed to conditions that are considerably worse than is normally encountered by precision instruments. Because of this due care has to be taken when installing it.

TNG3DTM002a

Caution: The following procedure requires working with and around high voltages. Please exercise extreme caution when doing so, or refer to a qualified person to do the work for you. For proper grounding and transient protection of the Group3 DTM, please refer the drawing number 11901610 and follow the steps outlined below.

TNG3DTM001a

Caution: The software EPROMs may be damaged by static discharge. Use proper handling procedures to reduce the risk of damage. Items damaged by static discharge are not covered under warranty.

TN_FCT_04-08r1

This Bergoz Instrumentation TechNote compares data taken on a real beam with data taken in the lab before shipment using an instrument-simulated beam, in order to predict the performance of an In-flange.FCT after it is installed on the beam.

T-ICT-BCM-RF-datasheet

Turbo Integrating Current Transformer RF Beam Charge Monitor

THM11176-TFM1186

Three-axis Magnetometers THM1176 and TFM1186 User's Manual

THM1176-MF-and-HF-Sensor-Head-Dimensions

THM1176-MF AND THM1176-HF SENSOR HEAD DIMENSIONS – REV. B

THM1176-LabviewRTE-Error

Why am I getting this error: “Unable to locate LabVIEW Runtime” ? This error typically is caused by the LabVIEW runtime engine and VISA runtime engine not installed or not correct version installed. When you saw the error there should have mention what version of runtime engine was missing.

THM1176_technote_Metrolab

Here are the results of a quick and dirty experiment using our THM1176-HF calibration setup, shown below. The sensor is mounted in a small carriage, which in turn slides into one of the slots of the calibration fixture (blue string to pull the carriage back out of the slot). A heater is mounted on the bottom of the calibration fixture (white wires), and a thermocouple thermometer slides into a hole just below the sensor (blue wire).

Thermo_Fisher_Chiller_1490G-CIRC_Manual

Thermo Scientific ThermoFlexTM Recirculating Chillers (Deluxe Controller)

Tech-Note-Current-Transducer-Cable

Tech Note: Current Transducers “Wrap Around” or Distributed Primary Current Cable

Technical-Data-Cables

Features & Benefits ? Rugged, cut-proof and rodent-resistant cable construction ? Rugged metal connector with Push-Pull locking mechanism ? MTP connector providing direct connection to Sentinel 3 - Rx6 ? Supports up to 6 Sentinal3 transmitters (via Breakout box) ? Integral shutter reduces dust ingress and improves reliability ? Dust and water resistant to IP65 when connectors are mated.

SV

Rundsteckverbinder mit Schraubverschluss nach IEC 60130-9, IP 40 Circular connectors with threaded joint acc. to IEC 60130-9, IP 40 Connecteurs circulaires avec verrouillage à vis suivant CEI 60130-9, IP 40

Spacemag_Lite_OM3777

Operation Manual for Spacemag-Lite Three-Axis Magnetic Field Sensor

SOR-DS-SG-Datasheet

The Sorensen SG Series (hereafter SG Series) represents the next generation of high power programmable DC power supplies. The SG Series is designed for exceptional load transient response, low noise and the highest power density in the industry. With a full 15 kW available down to 20VDC output in a 3U package the SG leads the industry in power density. The power density is enhanced by a stylish front air intake allowing supplies to be stacked without any required clearance between units.

SOR-DS-DLM699

The Sorensen DLM 600 series of programmable power supplies is designed to provide continuously variable output voltage and current for a broad range of applications in a compact 1U (1.75 inches) high, half-rack (8.5 inch) wide chassis.

SN-DS-hall-probe-k-for-i1a-mft

Hall Probe K for F1A Magnetic Transducers with the naked Si chip is a very thin (0.5mm) and long (47mm) single-chip integrated 1-axis Hall-Probe. It measures magnetic fields perpendicular to the probe plane (By).

SN-DS-hall-probe-h-for-f1a-mft

Hall Probe H for F1A Magnetic Transducers is a very thin (1.1mm) and long (42mm) single-chip fully integrated 1-axis Hall-Probe. It measures magnetic fields perpendicular to the probe plane (By).

SN-DS-hall-probe-g-for-f3a-mft

Hall Probe G for F3A Magnetic Transducers with the naked Si chip is a very thin (0.5mm) and long (42mm) single-chip fully integrated 3-axis Hall-Probe.

Shape-D-SMA

CURRENT TRANSFORMER- SHAPE D/SMA CONNECTOR CURRENT TRANSFORMER- SHAPE D/SMA CONNECTOR

Shape-B-BNC

CURRENT TRANSFORMER- SHAPE B/BNC CONNECTOR CURRENT TRANSFORMER- SHAPE B/BNC CONNECTOR

RCTi_rms-Dimensions

Coil and Cable lengths are selectable from our standard range or made to specific requirements

RCT1A-INS

The RCT1A is a flexible, clip-around current transducer for measuring ac currents.The RCT1A is a direct replacement for metering class current transformers with a 0 to 1A output, combining safety and the minimum disruption to the circuit under test. These instructions should be followed whenever the unit is used. They are intended to help you obtain the best and safest performance from the transducer.

PSU1-OM2443

Operation Manual for PSU1 Power Supply Unit Operation Manual for PSU1 Power Supply Unit

PPM-DS-FOCable

From patch-leads through to cross-site cables, or optical adapters through to patch panels, PPM’s one-stopshop approach to fibre optic cable management offers a range of various high performance solutions designed to facilitate the quick and easy installation of all its fibre optic link products.

Performance_Comparison_Coreless

Performance Comparison of CQ330x Series Current Sensors (for industrial inverters)

PEM-TN-CWTUM-HighFrequency

High Frequency Bandwidth High Frequency Bandwidth High Frequency Bandwidth

PAC1989_1993

? The connector body is connected to the cable shield. ? The wires at the end of the cable are soldered about 10mm.

PA1-DR3047

PA1 Power Amplifier Outline Drawing PA1 Power Amplifier Outline Drawing

NPCT-RFC

NPCT-RFC NPCT-RFC NPCT-RFC NPCT-RFC NPCT-RFC NPCT-RFC

NPCT-manual

New Parametric Current Transformer User’s Manual New Parametric Current Transformer User’s Manual

NPCT-datasheet

DC beam current non-destructive measurement The New Parametric Current Transformer is the latest evolution of the Unser Transformer, commonly called DCCT, developed at CERN in 1966 by Klaus B. Unser.

NPCT-CF6-96-120-w

NPCT-CF6"-96.0-120/1.0 NPCT-CF6"-96.0-120/1.0 NPCT-CF6"-96.0-120/1.0

NPCT-CF4-5-60-4-120-w

NPCT-CF4.5"-60.4-120/1.0 NPCT-CF4.5"-60.4-120/1.0 NPCT-CF4.5"-60.4-120/1.0

NPCT-175

NPCT-175 NPCT-175 NPCT-175 NPCT-175 NPCT-175 NPCT-175

NPCT-115

NPCT-115 NPCT-115 NPCT-115 NPCT-115 NPCT-115 NPCT-115

MX-BPM-Datasheet

Optimized for electron/positron Storage Rings 1μm X and Y resolution Handles >75dB beam intensity range Each button sampled up to 10 000 times per second

MX-BPM_101_gain_adjust

The gains can be adjusted over a wide range by changing a few components: Xgain is determined by the equivalent resistance of R177 in parallel with R176. Ygain is determined by the equivalent resistance of R161 in parallel with R162

MX-BPM.manual

Multiplexed Beam Position Monitor User’s Manual Multiplexed Beam Position Monitor User’s Manual

MX9-07-5201_E_Proj_Field_Magnet_Complete

USER’S MANUAL MODEL: 5201 PROJECTED FIELD ELECTROMAGNET

MS3-USB-Cable-DR2373

MS3 USB Cable Assembly MS3 USB Cable Assembly MS3 USB Cable Assembly

MS3-RS232-Cable-DR2517

MS3-RS232-Cable-DR2517 MS3-RS232-Cable-DR2517 MS3-RS232-Cable-DR2517

MS3-DR3417

MS3 Outline Drawing MS3 Outline Drawing MS3 Outline Drawing

MS2WFP-to-PC-RS232-Cable-DR0631

MS2WFP TO COMPUTER CABLE MS2WFP TO COMPUTER CABLE MS2WFP TO COMPUTER CABLE

MS2-OM0408

Operation Manual for MS2 Magnetic Susceptibility System

MS2-MS2WFP-RS232-Cable-DR1042

MS2-MSWFP CABLE RS232 2M ASSEMBLY MS2-MSWFP CABLE RS232 2M ASSEMBLY

ML_TN_THM1176-HF-as-a-Thermometer

In order to compensate for temperature drift, the THM1176-HF sensor includes a temperature sensor. The THM1176 command set allows reading its value. Does this mean that I can use the THM1176 as a thermometer?

MFCToolV10-Users-Manual

MFCTool V10 Magnetic Field Camera Software User's Manual

MFC3039-assembly-instructions

ASSEMBLY INSTRUCTIONS FOR THE MFC-3039 ROTATING PROBE-ARRAY HOLDER

MFC2046-Installation-and-Safety-Manual

Magnetic Field Camera MFC2046 Version 1.0 (Revision 1.2) December 2018 EN Installation and Safety Manual FR Manuel d'installation et de sécurité

metrolab_fieldmap_PM-1005-0275

Typical Field Map for Metrolab Model PM-1005-0275 Permanent Magnet

Matesy-MO-PRES-SometimesPerspectiveDoesMatter

The magneto-optical technology is an imaging method for magnetic measurement, forensic investigation and non-destructive testing. The magneto-optical wafers provide field analysis and quality assurance of different magnetic materials. Magneto-optical wafers with different measuring ranges are available in standard sizes, customized geometries and as sensor array up to 100 x 100 mm.

Matesy-MO-PRES-SensorsOverview

Overview about different types of MO-sensor curves

Matesy-MO-PRES-MagnetoOpticalDomainAnalysisElectricalSteel

Matesy GmbH Steel domain analysis with the magneto-optical sensor system CMOS-MagView

Matesy-MAN-MO-Sensor-Instructions

Magneto-optical (MO) sensors are a new and innovative tool for observing the structure of magnetic information in magnetic materials. They can visualize two dimensional profiles of magnetic fields with nearly optical resolution using the Faraday Effect in real time thus allowing to analyze fields by a magneto-optical image. The sensor works in direct contact to the magnetic material. The MO sensor is made up of four layers: substrate, magneto-optical film, mirror and protection layer (Figure 1). The thin mirror layer is been upset on the MO layer to enable a light reflection during the application.

Matesy-MAN-MagView

DELIVERY CONTENTS • MagView and transport-case • Power supply unit (Input: 230 VAC, Output: 5.0 VDC), storage battery • User manual

Matesy-MAN-MagEye

Matesy-DS-MagEye Matesy-DS-MagEye User Manual MagEye

Matesy-DS-MagView

The magview is a magneto-optical device for the fast and accurate visualization of magnetic structures. As a handheld device, the system can be applied for qualitative tests and stray field analyses. The magview visualizes magnetic stray fields, for instance of magnetic stripe cards, magnetic encoders and multi pole magnets.

Matesy-DS-MagEye

The mageye is a digital microscope camera system with an integrated magneto-optical sensor tip for the fast and reliable visualization of magnetic stray field structures. The portable system, including a comprehensiv user software allows realtime stray field analyses and quality tests of magnetic materials. It is possible to visualize magnetic stray fields of magnetic stripe cards, magnetic tapes, magnetic encoders, obliterated serial numbers, magnetic ink as well as di- and multipole magnets.

Matesy-DS-CMOS

The cmos-magview is a digital magneto-optical system for the fast and accurate visualization of magnetic stray field structures. The sensor system allows real-time stray field analyses and quality testing of magnetic materials. Magnetic stray fields of, for instance, magnetic stripe cards, magnetic encoders and di- and multi-pole magnets can be visualized. A comprehensive user Software illustrates the images in false color

Mapper-Flyer-inside

A wide range of power supply units are available for our range of single and three-axis magnetic field sensors. All units accept analogue inputs from our sensors and output the signal to an analogue-to-digital converter or other separate device.

Magnetometer_Power_Supplies_DS2520

A wide range of power supply units are available for our range of single and three-axis magnetic field sensors. All units accept analogue inputs from our sensors and output the signal to an analogue-to-digital converter or other separate device.

Magnetics2016-SENIS-Presentation

Integrating Magnetic Field Mapping Crack Detection and Coordinate Measurement Author: S. Spasic, Senis AGPresented by: Ben Hartzell, GMW Associates

Magnetic-Field-Mapping-System-MMS-1A-RS

MMS-1A-RS, the high-end version of the SENIS Magnetic Field Mapping System allows users to perform a fast, high resolution mapping of magnetic field around an permanent magnets, electromagnets and electronic circuit PCBs. The map of the magnetic field can be presented as color coded 2D or 3D isometric visual display on a PC screen and as a table of numerical values of the magnetic field (each component Bx, By, Bz, Bxy, Btot, etc.).

MagneLab-DS-CT

The Magnelab Current Transformer (CT) provides an accurate, nondestructive (noncontact), measurement of single or repetitive unipolar or bipolar pulses, or continuous wave.

Mag690-OM2604

Operation Manual for Mag690 Three-Axis Fluxgate Magnetometer

Mag690FL-DR2664

Mag690-FL Outline Drawing Mag690-FL Outline Drawing

Mag690-DR2687

Mag690-DR2687 Mag690 Outline Drawing Mag690 Outline Drawing

Mag670-OM2497

Operation Manual for Mag670 Single Axis Magnetic Field Sensor

ew-712b_gmw

EW-712B is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

ew-612b_gmw

EW-612B is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

ew-610B_gmw

EW-610B is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

ew-460_gmw

EW-460 is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package

ew-453_gmw

EW-453 is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

ew-403_gmw

EW-403 is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package

ew-402_gmw

EW-402 is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

ew-400_gmw

EW-400 is composed of a Ultra-high sensitive InSb Hall element and a signal processing IC chip in a package.

EQ-731L_MS-1379-E-00_120508-gmw

• Analog output voltage proportional to the magnetic flux density • Magnetic sensitivity 65mV/mT (typ.) • Supply voltage from 3.0V to 5.5V at single power supply • Operating temperature range from -40°C to 100°C • Ratio-metric analog output • 3pin single in-line package (SIP), Halogen free • Quick response 1μs (typ.) • Low output noise voltage 5mVp-p

EQ-730L_MS-1378-E-00_120508-gmw

• Analog output voltage proportional to the magnetic flux density • Magnetic sensitivity 130mV/mT (typ.) • Supply voltage from 3.0V to 5.5V at single power supply • Operating temperature range from -40°C to 100°C • Ratio-metric analog output • 3pin single in-line package (SIP), Halogen free • Quick response 2μs (typ.) • Low output noise voltage 10mVp-p

eq-711l_gmw

EQ-711L is composed of an InAs Quantum Well Hall Element and a signal processing IC chip in a package Notice:It is requested to read and accept "IMPORTANT NOTICE" written on the back of the front cover of this catalogue.

eq-711l_e

EQ-711L is composed of an InAs Quantum Well Hall Element and a signal processing IC chip in a package Notice:It is requested to read and accept "IMPORTANT NOTICE" written on the back of the front cover of this catalogue.

eq-431l_e

EQ-431L is composed of an InAs Quantum Well Hall Element and a signal processing IC chip in a package Notice:It is requested to read and accept "IMPORTANT NOTICE" written on the back of the front cover of this catalogue.

em-6781_gmw

EM-6781 is ultra-small Hall effect ICs of a single silicon chip composed of Hall element and a signal processing IC.

em-1791_gmw

EM-1791 is ultra-small Hall effect ICs of a single silicon chip composed of Hall element and a signal processing IC.

em-1711_gmw

EM-1711 is ultra-small Hall effect ICs of a single silicon chip composed of Hall element and a signal processing IC.

em-1011_gmw

EM-1011 is ultra-small Hall effect ICs of a single silicon chip composed of Hall element and a signal processing IC.

DTM-151-S_Manual_-S5

DTM-151 DIGITAL TESLAMETER with serial communications USER’S MANUAL

DTM-133-S

DTM-133 DIGITAL TESLAMETER with serial communications USER’S MANUAL

DTM-132-wGPIB-Manual

Complete 4-channel system interface unit for ultra-stable, high precision fluxgate tech-nology DS series current transducers.

DTM-132-Manual

Complete 4-channel system interface unit for ultra-stable, high precision fluxgate tech-nology DS series current transducers.

DSSIU-6-1U

Fully configurable dedicated 6-channel system interface unit for ultra-stable, high pre-cision fluxgate technology DS series current transducers.Powers up to 6 x DS50 to DS2000 at the same time.Supports calibration windings and has 6 slots for optional voltage output modules VOM (1V or 10V)

DSSIU-4-1U

Complete 4-channel system interface unit for ultra-stable, high precision fluxgate tech-nology DS series current transducers. Powers up to 4 x DS50 to DS2000 at the same time.

DS-HTS-110-AG-HF

APPLICATIONS HTS-110’s HF range is suitable for a variety of applications, including: • MOKE (Magneto-Optic Kerr Effect) • Variable Temperature Optical Cryostat • Quantum Hall Resistance Standard • Fourier Transform Mass Spectrometry

DS10000IBFS

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 11000A

DS1000UB-10V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1100A

DS600UB-1V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 950A

DS600ID-CD100

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1000A

DS400ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 600A

DS300ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 500A

DS200UB-10V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 220A

DS200ID-CD1000

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 370A

DS200ID-CD100

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 370A

DS200ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 370A

DS50UB-10V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 55A

DS.200.3MTS-TESLAMETER.18_USB-Handheld-Teslameter

The 3MTS is an easy-to-use handheld Teslameter/Gaussmeter to measure all 3 magnetic field components simultaneously within a very small a volume. It comes in two different versions.

DR5000IM

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 8000A

DR2982

Mag-03MSS-TC XSJ-9-CCP Moulded Cable Mag-03MSS-TC XSJ-9-CCP Moulded Cable

DR2390

Mag648-MX and Mag649-MX outline drawing Mag648-MX and Mag649-MX outline drawing

DR1481

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR1395

DR1395 MS2 magnetic susceptibility meter MS2 magnetic susceptibility meter

DR0995

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR0757

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR0747

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR0657

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR0656

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DR0624

DR0624 Mag-03MS sensor outline with mating connector

DQ640ID-B

DQ640ID-B is a current transducer targeting stable power supplies and other areas, where it is important to have the programming flexibility

DQ600ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1000A

DQ500ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 800A

DM1200UB-10V

Ultra-stable, high precision (ppm class) fluxgate technology DM Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1320A

DL2000UB-10V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 2000A

DL2000UB-1V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 3000A

DL2000ID-CB100

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 3000A

DL2000ID

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 3000A

Diff-to-SE-Adapter-3DSA-05

The 3DSA-05 converts three differential voltages into three corresponding single-ended voltages with respect to an external ground reference. The 3DSA-05 can be used as an extension of the electronic module (Module E) of SENIS’s 3-axis magnetic flux density to voltage transducers: it enables measurement of the transducer output voltages using the instruments that have single-ended inputs (such as oscilloscopes).

Datasheet_DR10000IM

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 11000A

Data-Acquisition-Units-DS2519

Bartington Instruments’ data acquisition and conditioning units accept analogue inputs from most of our sensors and output the signal in either analogue or digital format, depending on the unit selected.

CZ-3705

CZ-3705 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CZ-3704

CZ-3704 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CZ-3703

CZ-3703 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CZ-3702

CZ-3702 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CZ-3701

CZ-3701 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CZ-3700

CZ-3700 is an open-type current sensor using Hall sensors, which outputs the analog voltage proportional to the AC/DC current. Group III-V semiconductor thin film is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless ultra-small surface mount package realizes the space-saving.

CWTUM_accuracy

Positional accuracy and external currents Due to small variations in the winding density and coil cross sectional area the transducer output varies slightly depending on the position of the current in the coil and also the size of the current conductor relative to the coil.

CWT-Ultra-mini

The CWT Ultra-mini has an extremely thin, clip-around Rogowski coil of typically 1.6mm cross-section. Such a thin coil enables currents to be measured in the most difficult to reach parts of a power electronic converter with negligible disruption to the circuit under test.

CWTMini-Dimensions

Introducing the NEW CWTMini50HF,an extension of the CWTMiniHF range for even faster transient current measurement

CWT-Mini_MiniHF

New model featuring • A novel electrostatic shielded Rogowski coil providing excellent immunity to interference from fast local dV/dt transients or large 50/60Hz voltages • Extended (-3dB) high frequency bandwidth 30MHz for a 100mm coil • Peak di/dt capability up to 100kA/μs • Wide operating temperature from -40oC to +125oC • 4.5mm thick Rogowski coil with 5kV peak insulation.

CWT-Dimensions

ROGOWSKI CURRENT WAVEFORM TRANSDUCERS INSTRUCTIONS FOR USE CWT ULTRA MINI

CWT_UM-instructions

ROGOWSKI CURRENT WAVEFORM TRANSDUCERS INSTRUCTIONS FOR USE CWT ULTRA MINI

cwt_mini

Instructions for CWT Integrator Module Fuse Replacement

cwt_0318

CWCT & BCM-CW-E CW Current Transformer Beam Charge Monitor for CW beams and Macropulses

cwctmanual

CWCT & BCM-CW-E CW Current Transformer Beam Charge Monitor for CW beams and Macropulses User’s Manual

CWCT-BCM-CW-E

CW Current Transformer Beam Current Monitor for CW beams and macropulses

CU2-DR3999

CU2-DR3999 Operation Manual for CU2 Closed Loop Module

CU2-Connection-DR4034

CU2-Connection-DR4034 Operation Manual for CU2 Closed Loop Module

CU2-Closed-Loop-Module-OM3999

CU2-Closed-Loop-Module-OM3999 Operation Manual for CU2 Closed Loop Module

CU1-DR3320

Operation Manual for CU1 Helmholtz Coil System Control Unit

CU1-Control-Unit-OM3224

Operation Manual for CU1 Helmholtz Coil System Control Unit

CT-TECH-NOTE

The purpose of this technical note is to expose the effect of a DC primary current on the current transformer measurement. Primary DC current can either be the primary current DC component or a DC bias current applied to the CT primary to increase its I.t product.

CT-TECH-NOTE

The current transformer's (CT) intrinsic noise source is the Barkhausen noise of the magnetic core. It is several orders of magnitude below other noise sources affecting current measurements with a CT: 1. Noise of the amplifier or instrument measuring the CT signal 2. Noise coupled to the CT case 3. Noise picked up by the cable connecting the CT to an oscilloscope or amplifier

CT-07.08.App_.note

Bergoz Instrumentation Current Transformers have been employed in an interesting application to detect faults in the electricity supply lines in Southern Africa. ABB successfully installed Bergoz CTs recently and the system described below is now operational in the field.

CT-04.12.Tech_.note

The CT output coaxial cable should preferably be terminated in 50 ohms. CT characteristics are guaranteed only when CT is terminated in 50 ohms. The termination should present sufficient power dissipation capability. When CT output is terminated in 50 ohms, its sensitivity is half that when terminated in a high-impedance load.

CT-04.10.Tech_.note

For personnel and equipment safety and measurement accuracy, current measurements on conductors at high voltage should be made only with a conducting shield cylinder placed inside the CT aperture. There should be a low electrical impedance connection from one end only to a reliable local ground. An inner insulating cylinder of adequate voltage isolation should be between the shield cylinder and the conductor at high voltage. Any leakage, induced or breakdown current between the high voltage conductor and the ground shield will substantially pass to local ground rather than through the signal cable to signal ground. Do not create a "current loop" by connecting the shield cylinder to ground from both ends. Current flowing in this loop will also be measured by the CT.

CT.GMW_.Installation

The Bergoz Instrumentation Current Transformer (CT) provides an accurate, non destructive (non contact), measurement of single or repetitive unipolar or bipolar pulses, or continuous wave.

CSA-KIT-summary

Sentron’s CSA-1VG is a single-axis integrated magnetic field sensor based on the Hall Effect. The circuit is fabricated using a conventional CMOS technology with an additional ferromagnetic layer. The ferromagnetic layer is used as a magnetic flux concentrator providing a high magnetic gain. Therefore, the circuit features very high magnetic sensitivity, low offset, and low noise. The CSA-1VG is packaged in a standard SOIC-8 full plastic package. This package provides high voltage isolation to the current conductor on the PCB (up to 600V) .

CSA-1V-spectrum-noise

Features: • Sensitive to a magnetic field parallel to the chip surface • Very high sensitivity • Linear output voltage proportional to a magnetic field • Wide-band: DC to 100kHz • Very low offset and offset-drift • Very low noise • Isolated from current conductor • Surface mount SOIC-8 package

CSA-1VG-RoHS

Features: • Sensitive to a magnetic field parallel to the chip surface • Very high sensitivity • Linear output voltage proportional to a magnetic field • Wide-band: DC to 100kHz • Very low offset and offset-drift • Very low noise • Isolated from current conductor • Surface mount SOIC-8 package

CS_Series_PAD

CQ-3303 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra- thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Coreless surface mount package realizes the spacesaving.

CQ3204

CQ-2366 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor,magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ3203

CQ-2366 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ-2333

CQ-2333 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ-2332

CQ-2332 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ-2332

CQ-2332 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ-2235

CQ-2235 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ-2232

CQ-2232 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ2093

CQ-2093 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell® package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ2092

CQ-2092 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell® package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CQ2063

CQ-2063 is an open-type current sensor using a Hall sensor which outputs the analog voltage proportional to the AC/DC current. Quantum well ultra-thin film InAs (Indium Arsenide) is used as the Hall sensor, which enables the high-accuracy and high-speed current sensing. Simple AI-Shell® package with the Hall sensor, magnetic core, and primary conductor realizes the space-saving and high reliability.

CPC-XXXX-27-BP2

The CPC-XXXX-27-BP2 series of Current Probe Clips are capable of measuring ac and dc current and are available in four different models with current ranges of ±250A ±500A, ±1000A, or ±2000A. They have an accuracy of +/-1.0% of full scale and non-linearity of <+/- 0.2%. The bandwidth is dc to 75kHz. The current probe provides an analog output voltage of 0.0V +/- 2.00V for the full scale output and operates with a 3.5 to 5.5V power source at less than 85mA.

CMC

PEM has developed a flexible, clip-around, current probe to measure high frequency common mode currents which flow around a motor drive to ground via the bearings in large AC drive systems.

CATALOG_AKM-Kit-and-Ref-Catalog

AKM Magnetic Sensors Engineering Development Kits Demonstration Modules Application Case Studies

BSS-02B-mechanical-interface

BSS-02B mechanical interface BSS-02B mechanical interface

BSS-02B-DS0064

The BSS-02B is a borehole probe for measurement of magnetic susceptibility from 10-5 to 10-1 cgs. It is calibrated for use in 50mm diameter boreholes at temperatures up to +90°C, and it is able to operate at depths of up to 6000 metres over a temperature range of ambient to +120°C.

Brochure-PT2026-1.1-US

The world’s most precise magnetometer Metrolab’s PT2026 sets new standards for magnetometers based on NMR (Nuclear Magnetic Resonance), the most precise technique for measuring magnetic flux density. The combination of a pulsed-wave NMR detector and advanced signal processing opens a host of new applications in the areas of magnetic field measurement, monitoring, mapping and calibration.

Brochure-MFC2046-US

Introduced 25 years ago, Metrolab’s NMR Magnetic Field Cameras have revolutionized field mapping for MRI magnets. They reduced acquisition times from hours to minutes, positioning errors to fractions of a millimeter, and they rendered human and drift errors negligible.

BI-MAN-DegaussingWand-OM2914

Bartington Instruments, single or three-axis fluxgate magnetic field sensor.

BI-AN-Connecting-your-own-Power-Supply-to-a-Bartington-Magnetic-Field-Sensor-AN0042

Bartington Instruments, single or three-axis fluxgate magnetic field sensor.

BI_MAN_MAG03-OCTO-PSU-Issue

BARTINGTON MAG-03-OCTO-PSU POWER SUPPLY UNIT OPERATION/MAINTENANCE MANUAL

BER_TN_CT-ES_FreqResp

BER_TN_CT-ES_FreqResp Bergoz CT performance report

BBC

Beam-based methods to measure BPM?s center offset with reference to the pickup center and BPM?s resolution are proposed. Being built in a BPM, the methods provide a BPM verification by its own means.

BB-BPM.manual-2.3

BB-BPM.manual-2.3 Baseband Beam Position Monitor User’s Manual

BATT-CONN-4PIN-Outline

Bartington Instruments manufactures a range of Fluxgate magnetometers and acquisition units, magnetic susceptibility systems, and a range of test equipment. Some of these products are subject to export control. The summary below is provided to give an overview of the rules that apply.

app-note-hts-1101-01

APPLICATION NOTE: HTS110-01 END CAP RESISTANCE AND HEAT SINKING FOR HTS CURRENT LEADS

application_notes

All measuring instruments are subject to limitations. The purpose of these application notes is to explain some of those limitations and to help the engineer maximise the many advantages of PEM’s Rogowski current transducers.

APEC

The practicalities of measuring fast switching currents in power electronics using Rogowski probes

AN0039-Mag648-used-for-maritime-perimeter-surveillance

To detect small magnetic field fluctuations caused by movement of nearby ferromagnetic objects, thus indicating the presence of divers or small vessels

AN0032-Mag-03-for-Payload-Attitude-Control-on-Sounding-Rockets

To contribute to payload attitude control on board sounding rockets by providing accurate data on the Earth’s magnetic field.

AN0029-Mag-01H-used-for-Field-Measurements-in-Cryogenic-Chambers

To measure magnetic field strength and fluctuations in experimental setups operating at cryogenic temperatures.

AN0027-MRI-site-survey

To increase efficiency and safety by helping to survey the sites of MRI and electron microscope facilities before installation.

AN0023-Mag-01H-for-compass-safe-distance-testing

Make equipment compliant with international regulations, and to help ensure reliable navigation, by ascertaining the level of interference that the a particular item of equipment causes to a compass.

AN0021-the-applications-of-the-Bartington-BSS-02B-Sonde

Magnetic susceptibility is an important characteristic of rocks and minerals. It changes according to the materials’ magnetic properties (dia-, para-, ferromagnetic&#823) and will range from negative to highly positive values.

AN0020-The-use-of-Bartington-Fluxgate-Magnetometers-in-MT

Applications include mineral prospection,hydrogeology, geothermal and oil exploration,astrophysics, and earthquake studies.

AN0015-Magnetic-Susceptibility-Measurements-Using-the-MS2-MS3-System

Magnetic Susceptibility Measurements Using the MS2/MS3 System

AN0009-Magnetic-suceptibility-in-archaeological-prospecting

Sensitive magnetometers have been used for many years for locating and planning archaeological sites. Originally developed in the 1950s for detecting pottery kilns by the thermoremanent magnetism of their baked clay construction, magnetometers were immediately found to respond also to ancient pits and ditches backfilled with topsoil.

AN0001-Applications-of-Single-axis-Fluxgate-Magnetometers

The Magnetic Resonance Imaging (MRI)equipment used in medical physics requires the generation of stable magnetic fields, and is therefore susceptible to interference from external fields. This might be caused by radio frequency interference, lower frequency interference from electrically-operated equipment - such as lifts within the same building - or from electric trains, even at a considerable distance. It is standard practice to survey an area prior to installation of this sensitive equipment to record the variations in the magnetic field, and thereby select a site with the least disturbance, or to establish the level of magnetic shielding required.

AN_134KIT-Spec

The AN_134KIT consists of a EM-3242 angle sensor mounted on a small 0.25 in. square PCB with a 6 in. flat cable. Also included in the kit are three SmCo24 magnets compatible with the angle sensor; a 0.25 in. diameter magnet, a 0.15 in. diameter magnet and a 0.25 in. square magnet. The sensor works well with smaller magnets, but with less air gap. The Sensor incorporates an “Out of Range” detector circuit and will fault the output to zero volts when the magnet’s strength is either too weak or too strong, see Reference Design RD102_EM3242 for details.

Ametes_360ASM_Spec

FEATURES • Analog and PWM outputs for 0 ± 180 degrees • 10% to 90% active range output signals • Resolution of up to 9 bits • Magnet “Out of Range” discrete output • User selectable “Zero Angle” set • No external parts required • Single 5V supply • Small 1/2” dia encapsulated package

AKM_2011_Sensors_PG_GMW

A Hall Element is a magneto-electric transducer which utilizes the Hall Effect to measure or sense a magnetic field perpendicular to the Element. AKM Hall Elements typically have 4 pins, 2 input pins and 2 output pins, and can be driven by either a voltage or a current source. The output is a Hall voltage that is proportional to the magnetic field. The output from a Hall Element is analog and typically requires additional amplification. AKM uses four different semiconductor materials in its Hall Elements. These different materials represent AKM’s 4 different series of part numbers. The different materials provide different performance characteristics (magnetic sensitivity represented by electron mobility and band gap, operating voltage, temperature sensitivity, etc.) allowing the design engineer to choose the best solution for the particular application.

AK8788-04APR2012

Features ?High sensitive omnipoler operation ?Micropower operation 　Typ.4.5μA (average : VDD=1.85V) ?Ultra small SON package : 1.1×1.4×t0.37mm 　Halogen free

AK8778B_MS1466-E-00_120906-GMW

The AK8778B is a Hall effect latch which detects both “vertical magnetic field” and “horizontal magnetic field” (perpendicular and parallel to the marking side of the package) at the same time. The pulse output F and direction output D are switched according to the vertical and horizontal magnetic fields applied to the device. The direction is calculated internally and output D is switched at a rising or falling edge of output F. The AK8778B is for use in the incremental pulse encoders or rotational detection systems.

AK8775-MS1316-E-00_110715-GMW

AK8775 is a Hall effect latch which detects both “vertical” and “horizontal”(perpendicular and parallel to the marking side of the package) magnetic field at the same time. The result of Hall effect latch operation in vertical and horizontal magnetic field is read out to OUTA pin and OUTB pin. AK8775 is for use in portable devices which uses rotational detection system or incremental pulse encoder such as jog dial utilized for input devices.

ak8772_e

●Features ?Precision Bipolar Hall Effect Latch ?Power manageability through "PDN" pin 　Current consumption in Power down mode is less than 1μA ?Low current consumption at active mode : less than avg. 　150μA@VDD=3V ?Ultra small SON package : 1.1×1.4×t0.37mm, Halogen free

ak8771_e

Features ?Precision Bipolar Hall Effect Latch ?Power manageability through "PDN" pin Current consumption in Power down mode is less than 1μA ?Ultra small SON package : 1.1×1.4×t0.37mm,　Halogen free

ADI-123G-Users-Manual

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise

ACCT-S-115-MSH

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise.

ACCT-S-082

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise.

ACCT-manual

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise.

ACCT-E-RM-3R-manual

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise.

ACCT-E-RM

Precise waveform measurement of long pulses and macropulses up to several milliseconds with minimal droop and noise.

ACCT-C-XXm

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

11901290-3470-Probe-Mount-Assembly

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

17900-2212-1-Xm-Specification

The 17900-2212-1-Xm Cable Adapters provide a means of connecting the CPC-XXXX-27 current probes to a USB port for power and to monitoring instruments with a BNC connector input. The cable comes in various lengths listed below. The adapter's USB module incorporates a power ON LED and a low pass filter to condition the USB 5V power and remove any high frequency switching PS noise from the USB port. The module also incorporates an isolation amplifier to isolate the CPC-XXXX-27-BP2 output signal and signal common from the USB Power and Power common. This adapter removes potential additional offset voltages that may be introduced with long cable runs between the probe and monitoring equipment as described below. Compatible with the CPC-XXXX-27-BP2 probes and 17900-2209-0 Extension Cable.

17900-2211-0-Outline-Dwg

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

17900-2209-0-Outline-Drawing

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

17900-2171-0

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

16928-0000-0_A_IST600S_Adaptor_Plug

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

11907-0363-1_A_Gimbal_Mount_Basic_Dimensions

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

11907-0355-0_S1_C_3480_General_Assembly

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

5971-160_Reversal_Switch_Users_Manual

USER’S MANUAL MODEL: 5971-160 Current Reversal Switch

5453_Spec

To avoid saturation, beam current transformers must be shielded from solenoid, quad and RFQ high stray fields. Good understanding of field distribution, shielding materials and techniques is required. Space availability imposes compact shields along the beam pipe.

5203_C_Proj_Vert_Field_Magnet

USER’S MANUAL MODEL: 5203 PROJECTED VERTICAL FIELD ELECTROMAGNET

5201 test data hysteresis AC excitation

MODEL: 5201 PROJECTED FIELD ELECTROMAGNET TEST DATA Hysteresis & AC Excitation

3480_Brochure

The 3480 dipole electromagnet is a light weight versatile system that can provide fields approaching 4 Tesla. At 34 kg this magnet can easily be moved between applications and can be operated in any orientation.

3473_Dom_Min_Fac_Req_11Jan05

Model 3473 System Installation; Minimum Facility Requirements for High Precision Systems and Systems with Field Reversal installed in North America

3472-70_W_Gimbal_Rings-Unpackaging_Procedure

Model 3472 System Installation; Minimum Facility Requirements for High Precision Systems and Systems with Field Reversal installed in North America

55B0081

This manual contains all relevant information on the steps, which are necessary to start the 3MTS Teslameter software installation and to operate it properly, once the 3MTS is connected to the PC or Tablet via the delivered USB cable. All files, including the software, user manuals and calibration data have been stored on the 3MTS USB flash memory stick, which is a part of the Teslameter package

3MTS SENIS flyer inner

We invented, produce and sell some of the most advanced magnetic field and electric current sensors on the markets. In the context of customized developments for specific applications we may licence part of our base technologies and designs to dedicated customers.

1DSA-05-Dif-to-Sin-Adap

The 1DSA-05 converts a differential voltage into a corresponding single-ended voltage with respect to an external ground reference. The 1DSA-05 can be used as an extension of the electronic module (Module E) of SENIS’s single-axis magnetic flux density to voltage transducers: it enables measurement of the transducer output voltage using the instruments that have singleended inputs (such as oscilloscopes).

The SPI Supplies Family of Vacuum Pump Fluids

The SPI Supplies Family of Vacuum Pump Fluids Pump fluids can be segmented by application (e. g. mechanical pump vs diffusion pump) or fluid type (e.g. perfluorinated polyether vs. silicone vs. polyphenyl ether vs. dioctyl sebacate vs. other hydrocarbon type fluids).

SPI Supplies ® Graphene Products

The use of graphene in research is a growing area requiring a source of high quality materials and substrates. SPI Supplies now offers a source of graphene in various forms*. Using a unique patented CVD process, these graphene films are clean and uniform.SPI Supplies currently offers graphene as support films on TEM grids or on copper substrates.

Precision Glass Cutters

The SPI Supplies line of Precision Glass Cutters are designed to allow users to quickly and easily cut large pieces of materials into smaller sizes, utilizing either a carbide or diamond cutting wheel. It is not technically a "cutter", but rather creates a score mark in the material that allows the user to then create a clean break by snapping along the score line.

Apiezon Wax W40 MSDS

Apiezon waxes are versatile products offering a multitude of uses. The key applications and features of the products are shown in the table opposite.

美国ARS公司CS210AE-GMX-1SS高效型闭循环无液氦低温恒温器

X-1SS高效型低温恒温器拥有不锈钢真空外罩及仪表群。配以合适的真空系统该套恒温器真空度可达10-7 Torr，更高的真空度会有效防止样品表面污染。 镍镀金无氧铜铜防热辐射屏耐用，热辐射低，是低温实验下理想的防热辐射材料。 X-1SS系列恒温器可配备DE-202、DE-204或DE-210系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。

美国ARS公司CS204AI-FMX-1SS高效型闭循环无液氦低温恒温器

X-1SS高效型低温恒温器拥有不锈钢真空外罩及仪表群。配以合适的真空系统该套恒温器真空度可达10-7 Torr，更高的真空度会有效防止样品表面污染。 镍镀金无氧铜铜防热辐射屏耐用，热辐射低，是低温实验下理想的防热辐射材料。 X-1SS系列恒温器可配备DE-202、DE-204或DE-210系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。

美国ARS公司CS202AI-DMX-1SS高效型闭循环无液氦低温恒温器

典型特点 l 无需消耗制冷剂 l 更高真空的不锈钢焊接结构 l 1.25 英寸的大光学窗口 l 大样品视角利于光学采集(F/.8) l 可任意方向操作 l 可根据客户要求进行定制 可选配置及升级选项 l 4 K 冷头 l 5.5 K 冷头 l 450 K高温台 l 800 K 高温台 l 可定制温度计结构 l 可定制接线结构 l 可定制窗口材料 l 可定制样品座

美国ARS CS204AF-FMX-19OP-顶端装载光学型闭循环低温恒温器

X-19OP是顶端装载样品的光学型恒温器，样品置于氦气交换气体腔，使用样品杆更换样品，换样时无需关闭制冷机，这样的设计换样速度快，特别适合需要进行大量样品测试情况。而且样品置于冷的氦气环境中，适用于各种导热性不好的样品降温。 X-19OP系统有大的光学通路，可选择不同窗口适合各种光学实验。

美国ARS DS-CS210AF-GMX-19N-非光学顶端装载型闭循环低温恒温器

X-19-NO是顶端装载样品的非光学型恒温器，样品置于氦气交换气体腔，使用样品杆更换样品，换样时无需关闭制冷机，这样的设计换样速度快，特别适合需要进行大量样品测试情况。而且样品置于冷的氦气环境中，适用于各种导热性不好的样品降温。 该系列恒温器尾部可做成非常细小，而且由无磁材料制成，特别适合匹配超导磁体进行磁化率及VSM测试。 X-19-NO系列恒温器可配备DE-202、DE-204或DE-210系列冷头。

美国ARS-DS-CS204AF-FMX-19N-非光学顶端装载型闭循环低温恒温器

X-19-NO是顶端装载样品的非光学型恒温器，样品置于氦气交换气体腔，使用样品杆更换样品，换样时无需关闭制冷机，这样的设计换样速度快，特别适合需要进行大量样品测试情况。而且样品置于冷的氦气环境中，适用于各种导热性不好的样品降温。 该系列恒温器尾部可做成非常细小，而且由无磁材料制成，特别适合匹配超导磁体进行磁化率及VSM测试。 X-19-NO系列恒温器可配备DE-202、DE-204或DE-210系列冷头。

美国ARS超稳超低振动型低温探针台

ARS纳米级超稳超低振动型低温探针台的设计具有极大的灵活性，可用于无损器件测试。探针配置和系统设计可以根据您的具体实验要求进行定制。 系统标准温度配置为低温5K，可选450K和800K高温度选项。 探针台采用ARS闭式循环制冷机，ARS制冷机为气动驱动GM制冷机，它具有一级冷台制冷能力高和固有的低振动相结合的特点，使其成为纳米科学和敏感器件测量的理想选择。

美国ARS CS204AE-FMX-1AL标准光学型闭循环低温恒温器

X-1AL系列标准光学型闭循环低温恒温器因其测试灵活，价格经济而成为绝大多数实验室样品及装置测试的最优选择，该系统广泛应用于各种光、电、磁测试。 X-1AL系列恒温器可配备DE-202或DE-204系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。

美国ARS DS-CS202AE-DMX-1AL标准光学型闭循环低温恒温器

X-1AL系列标准光学型闭循环低温恒温器因其测试灵活，价格经济而成为绝大多数实验室样品及装置测试的最优选择，该系统广泛应用于各种光、电、磁测试。 X-1AL系列恒温器可配备DE-202或DE-204系列冷头，根据客户需要可选择4K，5.5K，10K不同型号。