VIS-Datasheet-VM100-850M-module

Ultrahigh-speed transmitter module for test purpose with integrated 850nm VCSEL fiber coupled to an OM3 multimode fiber for optical output. The module is designed as engineering sample for high speed test applications. Bitrates beyond 100G have been demonstrated with high order modulations: 4-PAM [1], DMT [2] and multi-CAP [3]. Multi mode and single mode VCSEL versions are available.

VIS-Datasheet-V50-850M-module

High-speed transmitter module for test purpose with integrated 850nm VCSEL fiber coupled to an OM3 multimode fiber for optical output. The module is designed as engineering sample for high speed test applications. Multi mode and single mode VCSEL versions are available.

VIS-Datasheet-T56-850TB

The T56-850 transmitter optical subassembly combines an 850nm VCSEL and an optional driver IC integrated on a test board and fiber coupled with a 50/125 µm multimode fiber. The T56-850nm is designed for high speed data communication applications. The device is configured for differential drive and a controlled impedance circuit is available for optimum performance.

VIS-Datasheet-A56-230C_v1

The A56-230 is a high speed VCSEL driver IC designed for directly modulated VCSELs in fiber optic transmission systems. The VCSEL driver IC is designed to directly modulate common-cathode VCSEL. The IC has differential input (Vin+, Vin-) and single-ended output to the VCSEL anode. A ground for the VCSEL common cathode is also provided by the IC. It is operated with a single 3.3 V supply typically dissipating less than 200 mW of DC power when no load (VCSEL) is connected at the output. The driver is also equipped with various analog control pins (Vxing, Vmod, Vbias). The zero-crossing can be adjusted with the Vxing pin. The VCSEL modulation current is controlled by varying the bias current swing with the Vmod, and the VCSEL bias current is controlled by Vbias pin.

VIS-Datasheet-A56-105C

The A56-105 is a high speed VCSEL driver IC designed for directly modulated VCSELs in fiber optic transmission systems. The VCSEL driver IC is designed to directly modulate common-cathode VCSEL. The IC has differential input (Vin+, Vin-) and single-ended output to the VCSEL anode. A ground for the VCSEL common cathode is also provided by the IC. It is operated with a single 3.3 V supply typically dissipating less than 105 mW of DC power when no load (VCSEL) is connected at the output. The driver is also equipped with various analog control pins (Vxing, Vmod, Vbias). The zero-crossing can be adjusted with the Vxing pin. The VCSEL modulation current is controlled by varying the bias current swing with the Vmod, and the VCSEL bias current is controlled by Vbias pin.

VIS-Datasheet-A50-300C90

The A50-300C90 is a three stage high speed driver IC designed for the use with 50 Gbit/s optical modulated laser in fiber optic transmission systems. The A50-300C90 operates from a single +5 V supply. It features a high voltage drive capability and low power consumption.

Model 430 Power Supply Programmer

The AMI Model 430 Power Supply Programmer is a sophisticated digital power supply controller that allows an operator to manage a superconducting magnet system with unprecedented accuracy and ease. The Model 430 is designed to control a wide range of single, dual, and fourquadrant linear and switching power supplies. The most frequently used functions are accessible via single keystroke or shift plus keystroke. For other functions, a menu driven format guides the user to enter inputs using the push button front panel interface.

MAxes_Information_Brief

Multi-Axis Magnet systems for Vector Fields (MAxesTM)

helium_level1

The AMI family of liquid helium level instruments offer a wide range of solutions. All instruments pass a constant current through a superconducting Niobium Titanium (NbTi) filament and measure the resistance. The portion of the filament in liquid helium becomes superconducting (i.e. no resistance). The resulting resistance of the wire above the liquid is converted to a level signal. Advanced circuit designs offer our customers many advantages. Years of trouble free service are the result of rugged construction both inside and out. All our instruments and sensors from 1” to 36” are stock items for quick delivery. Our experienced staff offers prompt repair service when needed. OEM instrument design and manufacturing partnerships are always welcomed if our standard products do not meet your needs.

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.

我司在深圳某高校成功进行了美国ARS低温恒温器与奥林巴斯（OLYMPUS）显微镜集成

近日我司在深圳某高校成功进行了美国ARS （ADVANCED RESEARCH SYSTEMS）低温恒温器与奥林巴斯（OLYMPUS）显微镜集成。

STT - shaft twist tester Flyer German

STT – Shaft Twist Tester Fertigungsnahe optische Drallprüfung von Radialwellen-Dichtringsitzen Um eine Undichtheit bei einer Radialwellendichtung zu vermeiden, ist die Dichtungsfläche der Welle drallfrei zu fertigen. Durch die optische Beugung können Drallstrukturen sichtbar gemacht werden, deren Amplituden deutlich unterhalb der Rauheitsamplituden der Dichtfläche liegen. Schnell und zuverlässig kann somit eine Qualitätskontrolle in unmittelbarer Nähe zum Bearbeitungsprozess erfolgen. Mit Prüfzeiten im Sekundenbereich sind die Geräte vielseitig einsetzbar z.B. für die Eingangskontrolle, für die Prozessoptimierung des Herstellungsverfahren oder für die 100% - Kontrolle in der Serienfertigung.

magview Flyer German

Der magview ist ein universell einsetzbares magnetooptisches Auslesegerät zur schnellen und präzisen Visualisierung magnetischer Strukturen. Als mobiles Handgerät kann er zur Qualitätssicherung und Streufeldanalyse eingesetzt werden. Visualisiert werden beispielsweise magnetische Streufelder von Magnetstreifenkarten, magnetischen Encodern, Dipol- und Multipolmagneten.

mageye Flyer German

Das mageye ist ein digitales Mikroskopkamera-System mit magnetooptischer Sensorspitze zur schnellen und präzisen Visualisierung magnetischer Streufelder. Das handliche System, inklusive Anwendungssoftware, erlaubt eine Echtzeitanalyse magnetischer Streufelder und ist beispielsweise für eine mobile Qualitätsprüfung von Schweissnähten bestens geeignet. Visualisiert werden ausserdem Streufelder von Magnetstreifenkarten, Audiobändern, magnetischen Encodern, abgeschliffenen Seriennummern sowie von Dipol- und Multipolmagneten.

Helmholtz Coils Flyer English

One of Matesy’s core competencies is the management of development projects. In cooperation with you, we create a concrete solution, manufacture a system according to your specific needs and support the implementation process.

3MTS Flyer German

3MTS ist ein handliches 3-achsiges Teslameter, welches in Zusammenarbeit von der Matesy GmbH und der SENIS AG in einer Kooperation entwickelt wurde.

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.

AtomicForceMicroscopy(AFM)

Atomic Force Microscopy (AFM) is one of the methods of scanning probe microscopy (SPM), which is a collective technique to measure local properties, e.g., height, friction, and magnetism. AFM consists of a sharp tip at the end of a cantilever as the probe, which is normally 3-6 μm tall pyramid and 15-40 nm end radius, to measure the force between the tip and the sample surface.

AtomicForceMicroscopy(AFM)原子力显微镜

原子力显微镜（AFM）是扫描探针显微镜（SPM）的一种方法，它是一种测量局部性质（如高度、摩擦力和磁性）的综合技术。AFM 由悬臂末端的尖端作为探针组成，探针通常为3-6μm 高的棱锥体，端部半径为15-40nm，用于测量探针与样品表面之间的作用力。

RamanScattering

Raman spectroscopy is a technique to detect the vibrational or rotational modes of lattice or molecules. There are two types of scattering, Rayleigh scattering, and Raman scattering. Rayleigh scattering is elastic, and Raman scattering is inelastic. When Raman scattering occurs, there is energy differentiate between the incident photons and scattered photons. Raman spectroscopy exhibits this energy differentiate, which corresponds with the specific vibrational or rotational mode of lattice or molecules. Therefore, it is commonly used to identify and analyze the structure and composition of the sample. It also can be combined with a microscope to observe single nanostructures or microscopic areas called micro-Raman spectroscopy.

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。

Photoluminescence

Photoluminescence (PL) spectroscopy is a widely used technique for the characterization of the optical and electronic properties of semiconductors and molecules. PL is a process of light emission from any form of matter after the absorption of photons. The incident photon in the visible region excites one of its electrons to the excited state. And then, it radiates a photon as the electron return to the lower energy state. In quantum mechanics, the energy band is quantized, which means only certain transitions are allowed. Therefore, the discontinued energy peaks of luminescence are expected.

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.

MössbauerSpectroscopy穆斯堡尔谱光谱学

穆斯堡尔谱是一种通过固体中伽玛射线的无反冲共振吸收和发射来探测原子能级微小变化的光谱方法。通常可以观察到化学位移、四极分裂和超精细分裂。由于伽马射线的线宽很窄，穆斯堡尔对能量分辨方面非常敏感。在得到的光谱中，伽马射线强度是源速度的函数。在与样品的共振能级相对应的速度下，一部分伽马射线被吸收，导致测量到的强度下降，光谱也相应下降。吸收原子核和样品可以用光谱中凹陷的数目、位置和强度来表征。近年来，一些电荷态和电子组态已经通过低温穆斯堡尔谱得到了证实。

MatrixIsolation

Matrix isolation is a spectroscopic study to maintain materials (guest particles) in an inert medium (host matrix) at very low temperatures. It was developed because it’s difficult to obtain gas-phase infrared spectra due to its high chemical reactivity of transient molecules. The mixture of guest particles and the host matrix is deposited on a transparent window, which will be cooled below the melting point. Experiments must be performed under a high vacuum to prevent contaminants from unwanted gases freezing to the cold window.Lower temperatures are preferred, due to the improved rigidity and "glassiness" of the matrix material. Noble gases are normally used to dilute guest samples, such as argon, not just because of their unreactivity but also because of their broad optical transparency in the solid-state.

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)傅立叶变换红外吸收光谱学

当样品暴露在红外辐射下时，通过吸收特定波长的辐射激发偶极矩。振动能量将从基态激发到激发态。与色散光谱学不同，傅立叶变换红外外吸收光谱（FTIR）同时包含多个光频率并测量吸收。接下来，光束包含不同频率的光并重复它。重复几次后，原始数据将被处理为结果数据cm-1，wavenumber。这个过程称为傅立叶变换。

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。

Angle-ResolvedPhotoemissionSpectroscopy(ARPES)角分辨光电子能谱

角分辨光电子能谱(ARPES)是一种用于获取晶体在倒易空间中的电子带结构和费米表面信息的光发射光谱法。用软X 射线辐照晶体表面，测量了表面发射的光电子动能随极角和方位角的变化。因为从表面逸出的电子通过表面投射，垂直于表面的动量方向不守恒。因此，RPES 是二维材料的理想工具，因为感兴趣的电子动量方向与表面平行。通过降低低温下的热能，可以提高激发的灵敏度。

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。

ThermoelectricEffect

The thermoelectric effect is the relationship between thermal and electric. When a temperature difference is created on both sides of the device, carriers in material diffuse from the hot side to the cold side, which results in a voltage across the device. Conversely, when a voltage is applied, heat is transferred from one side to the other, a temperature gradient is created. The thermoelectric effect generally consists of three effects, Seebeck effect, Peltier effect, and Thomason effect.

ThermoelectricEffect热电效应

热电效应是热和电之间的关系。当器件的两侧产生温差时，材料中的载流子从热的一端扩散到冷的一端，从而在期间上产生电压。相反，当施加电压时，热量从一端传递到另一端，行程温度梯度。热电效应一般由塞贝克Seebeck 效应、佩尔蒂埃Peltier 效应和托马森Thomason 效应三种效应组成。

ElectronTransport

In classical physics, when an electric potential is applied through a bulk of metal or semiconductor, carriers will be driven. The electrical resistance can be obtained by Ohm’s law. This effect is called electron transport. This is one of the most common techniques to characterize materials. Many of the phenomena can be observed through this echnique, such as electrical conductivity, electron mobility.

ElectronTransport电子输运

在经典物理学中，当电势通过一大块金属或半导体施加时，将驱动载流子，电阻可由欧姆定律得出，这种效应被称为电子输运，是表征材料特性最常见的技术之一。通过该技术可以观察到许多现象，如电导率、电子迁移率等。当材料的尺寸缩小到可以与德布罗意波长或非弹性散射长度(二维材料、纳米线和量子点)相媲美时，在低温下就会出现量子现象，例如二维材料的弱局域化和量子点的单电子。四探针法通常用于电子输运，以消除引线和接触电阻，从而获得更精确的测量结果。

X-rayDiffraction

X-ray Diffraction (XRD) is a technique to determine the atomic and molecular structure of a crystal based on Bragg diffraction. X-rays are commonly used to produce the diffraction pattern because their wavelength is typically the same order of magnitude (1–100 angstroms) as the spacing d between planes in the crystal. The information on the intensity and angle of the diffractive X-rays can produce a 3D picture of the density of electrons within the crystal, which leads to the mean positions of atoms as well as chemical bonds, disorders, and other information. If it’s a single crystal sample, it’s usually mounted on a goniometer, which can position the sample at selected orientations. The benefits of the low-temperature XRD are to reduce the radiation damage and thermal motion. Low-temperature XRD also helps characterize superconductor materials.

NeutronScattering中子散射

中子散射技术利用中子散射方法研究物质的静态结构及物质的微观动力学性质。中子具备不带电、穿透力强、可鉴别同位素、较之X 射线对轻元素灵敏、具有磁矩等优点，因此中子散射技术作为一种独特的、从原子和分子尺度上研究物质结构和动态特性的表征手段，在多学科交叉领域发挥着不可替代的作用。

Viewport Glass Components

Low Profile — Low profile high transmission glass viewports available with 0.56 to 2.69 view diameters. Wide Range — Sapphire, fused silica, Accu-Sol™ and 7056 borosilicate glass substrate types offer a wide range of transmission options. Demountable Substrate — Unique “demountable” viewport design available to allow end users the option of having the viewport coated. This demountable design also allows for ease of cleaning and/or replacement.

我司在西安某高校成功进行了美国ARS低温恒温器与Horiba光谱仪耦合

近日我司在西安某高校成功进行了美国ARS （ADVANCED RESEARCH SYSTEMS）低温恒温器与Horiba光谱仪耦合。

Coaxial Feedthroughs

Six Connector Interface Types — Wide variety of configurations. In-Vacuum Cable Assemblies — UHV and high temperature cable assemblies. Air-service Cable Assemblies — Industry standard cables and connectors.

我司在北京某高校成功安装美国ARS用于瞬态光栅的超稳型低温恒温器

美国ARS是一家世界级低温系统生厂商，创立于1986年，致力于为科研工作者提供1.5-800K低温解决方案。 ARS以研发为重点，生产的低温设备随着科学研究领域的不断变化而不断发展，为您提供最先进的低温设备。 ARS在全球拥有训练有素销售及技术团队，为客户提供售前售后技术支持，并以合理的价格为客户选择适合客户需求的低温设备。X20-OM超低振动超精细闭循环恒温器是特别为光学显微实验设计，如显微-光致发光(Micro-PL)，显微拉曼等。

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。

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。

我司在香港浸会大学顺利完成美国ARS高低温超宽温区低温恒温器验收工作

近日我司在香港浸会大学顺利完成美国ARS（ADVANCED RESEARCH SYSTEMS）高低温超宽温区低温恒温器验收工作，该款低温恒温器为完全无液氦系统，温度测试范围从10K-800K，为客户的光电测试提供了超宽的温区操作，是宽量程测试的首选。

X-4大样品腔闭循环低温恒温器

X-4大样品腔闭循环恒温器拥有不锈钢结构和仪表群，并有更大的样品空间，可放置金刚石压砧或其他大体积样品。标准的真空罩有4个窗口位置，底部可加第五个窗口位置。 X-4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。

X-3管状闭循环低温恒温器

X-3管状闭循环低温恒温器尾部为管状结构，尾部空间可以设计得更加紧凑，适合插入更狭小的空间，如超导磁体或电磁铁中，非常适合磁化率或霍尔测试。另外X-3恒温器没有光学窗口，减少了热辐射，降温更快。 X-3恒温器的尾部可以根据客户要求定制成不锈钢或铝制材质。 X-3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。

X-1SS高效型低温恒温器

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。

LT3液氦流型低温恒温器

LT3管状连续流低温恒温器应用十分广泛，拥有很多独特特点，如热交换型液氦传输管线可以提高制冷效率而且极大的消除振动。 LT3恒温器拥有不锈钢仪表群，独特的双O圈设计使它易于安装，校准，移除真空外罩。

LT3B-OM UHV显微型连续流低温恒温器

LT3B-OM 恒温器专为UHV 显微拉曼设计，可烘烤至150℃，所有法兰通用铜片密封。也适用于其它各类低振动要求的光学显微实验。窗口专为科学实验而设计，可现场更换。

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.Compressors

Safety Features: • Internal breaker switch with indicator light. • High temperature switch with red (over temperature) indicator light on front panel. • Over current switch, automatically resets.For voltage spikes. • Fused protection for low voltage circuits

ds opn 500 800k

This interface allows the cryocooler to operate up to 800K. Except as indicated in low power coolers such as DE-202 with 50 Hz power supply. The maximum and minimum temperature ratings of the cryocoolers is shown in table below.

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

DS-PSW-10-4

This model of the ARS Probe Station is designed for the ultimate in flexibility for non-destructive device testing. The ability to upgrade and modify this system for further device testing has been in the forefront of this design.

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-CS204AF-DMX-20

The CS204*F-DMX-20 opens up a wide range of possibilities never before possible with a closed cycle cryocooler. The DE204*F-DMX-20 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-CS202AF-DMX-20

The CS202*F-DMX-20 opens up a wide range of possibilities never before possible with a closed cycle cryocooler. The DE202*F-DMX-20 uses a Helium Exchange Gas to decouple the sample from the cold tip of the DE202 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-CS210AE-GMX-1SS

The CS210*E-GMX-1SS offers very high cooling power for fast cool downs and low base temperatures. This system is ideal when characterizing large materials with high heat loads or when the lowest possible temperature wants to be achieved. The system is capable of vacuum levels of 10-7 Torr with an appropriate vacuum pump. The lower vacuum reduces the sample surface contamination such as water molecules, which can be particularly detrimental to IR Spectroscopy.

DS-CS204AI-FMX-1SS

The CS204*I-FMX-1SS is our standard intermediate cooling power cryostat for optical and electri-cal measurements. This high performance system offers and all stainless steel constructed vacu-um shroud along with a welded stainless steel instrumentation skirt. This system is capable of achieving vacuum levels of 10-7 Torr with an appropriate vacuum system.

µDriftSystemFlier

The ARS μDrift Cryostat is purpose built to remove key barriers to long-term optical and variable temperature experiments. Combining the company’s experience in robust cryogenics with convenient optical access and new low drift designs assures success when studying nanometer scale samples and other structures.

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-CS204AF-FMX-19OP

The OmniplexTM, DE204*F-FMX-19OP, is a top loading optical cryostat with the ARS manufactured DE-204 cryocooler. The ARS OmniplexTM systems features large optical access and quick sample change. The OmniplexTM comes with 4 window ports and with warm and cold windows. The sample stick can use any of the starndard ARS sample holders as well as receive a second set of temperature control instrumentation for fine tuning of the sample temperature. The system allows for a fast intial cooldown (~90 min to 20K and 2 1/2 hrs to base temperature).

美国GMW-hq-0811_e

HQ-0811 HQ-0811は超小型SON形状量子井戸型InAsホール 素子です。 標準はテーピングリール供給です。（5000pcs./Reel） 注意：弊社製品のご検討にあたっては本カタログの表紙裏の「重要注意事項」を 良くお読み下さい。

美国GMW-hq-0221_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. •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-302a_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. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-hg-106c-2u_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.

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-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.

美国GMW-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.

XT-High-field-Dipole-Analysis-Magnets-Brochure

• Continuously variable field • Cryogen-free • Fast cooldown • Compact design • Low fringe field • Option to vary orientation of magnet mount

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-FrontView

VWM-S-1W-A40mm-FrontView VWM-S-1W-A40mm-FrontView VWM-S-1W-A40mm-FrontView

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-S-1W-A5mm-FrontView

VWM-S-1W-A5mm-FrontView VWM-S-1W-A5mm-FrontView VWM-S-1W-A5mm-FrontView

VAC-BR-Stromsensor

This brochure covers the standard current sensor range of VACUUMSCHMELZE GmbH & Co. KG (VAC) for the floating measurement of currents. Customized solutions are available on request.

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.

transverse-mag-probes-C-and-E

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

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.

TNC-Cable-DR0645

TNC-Cable-DR0645 TNC-Cable-DR0645 TNC-Cable-DR0645

THM11176-TFM1186

Three-axis Magnetometers THM1176 and TFM1186 User's Manual

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.

The-Parametric-Current-Transformer

Toroidal transformers are used to measure the beam current in beam lines and accelerators. Placing such a transformer hi the feedback loop of an operational amplifier will increase the useful frequency range (active current transformer). A magnetic modulator can be added to extend the response to DC current, maintaining with a control loop the transformer core at a zero flux state.

SOR-MAN-SGA

AMETEK, Inc. is a leading global manufacturer of electronic instruments and electromechanical devices with annualized sales of $2.5 billion. The Company has over 11,000 colleagues working at more than 80 manufacturing facilities and more than 80 sales and service centers in the United States and around the world.

SN-mft-model-numbering-guide

A SENIS Magnetic Field Transducer (a magnetic flux density-to-analog voltage transducer, hereinafter MFT) consists of two modules: 1. The Hall probe module H (including the cable CaH) and 2. The Electronic module E.

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

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

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

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

Sentinel3Brochure

Sentinel 3 is the most advanced RF over fiber test and measurement system for: • EMP test and EMC conformance • HIRF aircraft clearance • Simulated lightning testing • Impulse / time domain / NEMP testing • Low and high level swept frequency coupling measurements

SENIS-CAT-Magnetics

Based on the pioneering work of Robert E. Shafer at Los Alamos Laboratory, the Log-Ratio BPM derives beam position from logarithm of the ratio of opposite pickup signals: Log(A/B).

SCU1-OM2441

Operation Manual for SCU1 Signal Conditioning Unit

s-bpmdatasheet

Non-interceptive beam position measurement For linacs, microtrons and transfer lines Single bunch, macropulse and CW Beam charge range > 1000

RG2040-Manual

The RG 2040 option gives the METROLAB 2025 Teslameter the possibility to regulate the magnetic field generated by electromagnets having resistive or superconductive coils with iron or air cores.

RCTrms3ph

The RCTrms-3ph is a 3-Channel ac current transducer for permanent installation. Simple to install and easy to retrofit it combines the benefits of a thin, flexible, clip-around Rogowski (sense) coil with a signal conditioner providing accurate, true rms measurement, of ac current.

RCTi-Technical-notes

All measuring instruments are subject to limitations. The purpose of these technical notes is to explain some of those limitations and to help the engineer maximise the many advantages of PEM’s Rogowski current transducers. These technical notes should be read in conjunction with the RCTi and RCTi-3ph short-form datasheets.

RCTi

The RCTi is a current transducer for permanent installation. Simple to install and easy to retrofit, the Rogowski (sense) coil is thin, lightweight, flexible and clip-around. The secondary output from the transducer is an instantaneous voltage proportional to the measured primary current providing an accurate, low cost, wide-band measurement of the primary current.

PSU1-OM2443

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

PPM-Chart-square_18V_1M_250

Step response to a 1MHz square wave on the point2point 40MHz link.

PPM-73461-HB-2-NiMH-battery-Handbook

Nickel Metal Hydride Battery Pack773461-HB-2 User Handbook

Performance_Comparison_CQ2

Performance Comparison of CQ233x series Current Sensors (for industrial inverters)

NPCT-75-H

NPCT-75-H NPCT-75-H NPCT-75-H NPCT-75-H NPCT-75-H NPCT-75-H

NanocrystallineVITROPERM-EMC-Products

Nowadays power electronics have a decisive influence on the technology of electrical energy generation, distribution and conversion. Modern semiconductors enable electrical energy to be controlled and converted rapidly and safely with low losses. However, using today’s fast switching technologies results in significant network disturbances.To minimize these disturbances and stabilizing electric networks, EMI filters according to latest international standards must be used. VAC’s VITROPERM® EMC products make a significant contribution in building innovative and compact filter designs with lowest losses.

MX9-07-5201_E_Proj_Field_Magnet_Complete

USER’S MANUAL MODEL: 5201 PROJECTED FIELD ELECTROMAGNET

MS2K-DR1830

MS2K-DR1830 MS2K-DR1830 MS2K-DR1830 MS2K-DR1830 MS2K-DR1830

MS2F-DR0640

MS2F-DR0640 MS2F-DR0640 MS2F-DR0640 MS2F-DR0640 MS2F-DR0640

Model_5201_mapa_data

Model 5201 Projected Field Electromagnet Field Map Data

Model_3474_System_Installation-NA

Model 3474 System Installation; Minimum Facility Requirements for Systems with Field Reversal, High Precision Systems and High Power Systems installed in North America

MMS-1A-RS-Standard-Samples-and-Maps

MMS-1A-RS is the high-end version of the SENIS 3-axis Magnetic Field Mapping System that allows users to perform a fast, high resolution mapping of magnetic field around permanent magnets, electromagnets and electronic circuit PCBs. The map of the magnetic field can be presented as color coded 1D, 2D or 3D isometric visual displays and as a table of numerical values of the magnetic field and the geometrical coordinates of measured points. The measured data analysis is performed during the mapping of the magnetic field, so that calculated data required for the analysis can be visualized immediately after the mapping.

ML_MAN_2025

The PT 2025 NMR Teslameter System (Fig. 1) comprises the following: • Bench-top main unit with RS 232C and (as an option) IEEE-488 interfaces • At least one NMR probe • A multiplexer if several probes are required

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

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.

Magmeter-2-OM2448

Operation Manual for Magmeter-2 Power Supply and Display Unit

Mag690U-DR2737

Mag690U Outline Drawing Mag690U Outline Drawing Mag690U Outline Drawing

Mag690FL-DR2664

Mag690-FL Outline Drawing Mag690-FL Outline Drawing

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-400_gmw

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

em-1771_e

EM-1771 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-151-G_Manual_-S5

DTM-151 DIGITAL TESLAMETER with IEEE-488 GPIB Interface USER’S MANUAL

DS-DS-DSSIU-4-1U

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

DS5000UBFS-10V7500A

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

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-1V

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 330A

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

DR2390

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

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

DR0745

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

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

DM1200ID

Ultra-stable, high precision (ppm class) fluxgate technology DM Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1500A

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).

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.

CWTMini50HF_Datasheet

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

CWT_Mini50HF

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

CU1-DR3320

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-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.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-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

CS016-metrolab

Like Bartington Instruments, Metrolab Technology SA builds magnetometers.The key difference is that Metrolab’s magnetometers are designed for very strong fields. One of its product lines is a range of three-axis Hall effect magnetometers able to resolve up to 2μT, but even this is insufficient for some purposes. Metrolab has now been able to extend the resolution into the nT range, thanks to Bartington’s Mag649 low-power three-axis fluxgate sensor.

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.

CQ-3303

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.

CQ-3300

CQ-3300 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.

CQ-2234

CQ-2234 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.

CQ2064

CQ-2064 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.

BPs_5-14-PEM

Next-Generation Current Probes for High-Speed and High Power-Density Applications Clip-on Rogowski current probes provide a convenient and accurate means of measuring alternating currents. The latest wideband probes use an innovative shielding technique to eliminate the effects of high electrostatic field strengths in today’s high power-density and high-speed circuits.

BPM-AFE.11flyer

BPM-AFE is an analog frontend to process RF signals from beam position pickup electrodes. It delivers an output signal which can be directly entered into fast 14-bit ADCs. It is specially developed for transfer lines and linacs. It can be customized to any RF frequency up to 1 GHz.

BER_TN_CT-ES_FreqResp

BER_TN_CT-ES_FreqResp Bergoz CT performance report

BBM-Schematic

The Ametes Bus Bar DC Current Sensor locates two magnetic field sensors on each side of an electric current bus bar. Two Sentron CSA-1VG precision Hall Effect IC sense the magnetic field as a function of current on both sides of the bus bar. This enables effective cancellation of external magnetic fields without magnetic cores or shielding which can give rise to non-linearity and hysteresis effects.

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-cryosaver

CryoSaver current leads employ HTS tape which has anisotropic in-field performance. The current rating decreases much more severely for field oriented perpendicular to the plane of the tape than for field parallel to the plane (either along the long axis or across the width of the tape).

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

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

AN0024-Mag-03-and-Spectramag-6-used-in-magnetic-hygiene-tests-of-spacecraft-components

Pre-installation EMC testing (electromagnetic compatibility) of components, and pre-launch EMC testing of spacecraft.

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.

AN0002-Applications-of-Three-axis-Fluxgate-Magnetometers

Magnetic Resonance Imaging (MRI) equipment requires the generation of stable magnetic fields, and the resolution of the measurements may be limited by interference from external magnetic fields and vibration.

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.

AN_133KIT-Spec

The AN_133KIT 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. See Reference Design RD101_EM3242 for details.

AK8777B_MS1465-E-00_120906-GMW

The AK8777B 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 output OUTA and OUTB are switched according to the vertical and horizontal magnetic fields applied to the device. The AK8777B is for use in the incremental pulse encoders or rotational detection systems.

ACCT-S-115-MSH

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

ACCT-E-RM-3R-dimensions

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-datasheet

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

9311300016A-D-SUB-Cable-for-DSSIU

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.

18900460_A_1060-62_Probe_Sample_Location

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.

11901230_F

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.

17900-2235-0A

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.

17900-2212-0-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.

17900-2172-0

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.

5972_Magnet_Control_Users_Manual

5972_Magnet_Control_Users_Manual USER’S MANUAL 5972 MAGNET CONTROL

5453 User Manual

5453 User Manual USER’S MANUAL MODEL: 5453 SHIELDED HELMHOLTZ COIL

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.

5205_Specification

The 5205 electromagnet is a low profile projected vertical field magnet providing uniform Bz field at a location above the magnet surface. It is intended for applications where the space around the working volume needs to be freely accessible.

5203_Specification

The 5203 electromagnet is a projected field magnet providing uniform field at a location above the magnet surface. It is intended for applications where the space around the working volume needs to be freely accessible.

3480 Uniformity PoleGap PoleFace 35A

The 3480 OG dipole electromagnet is a light weight versatile system intended to provide an open geometry particularly suited to MOKE applications. At 32 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_Dom_Min_Fac_Req_11Jan05

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

2007 MMM 231HC Presentation

GMW 231HC Bipolar Current Amplifier • True Bipolar: +/-160V, +/-70A. • Enables fast ramping of solid and laminated electromagnets. • With GMW 5403AC laminated electromagnet -2T to +2T ramp time is 0.1 sec or 40T/sec. • USB interface with 16-bit input/output resolution.Current programming.Readback of output current, voltage and magnetic field. • Based on Copley Controls 231HC MRI Gradient Amplifier.

55B0082-B

The 3MTS is a handheld Teslameter / Gaussmeter with integrated USB interface. It was developed in cooperation between the two companies SENIS and Matesy.

3mtslib

3mtsLib is a software library for easy data acquisition and communication with 3mts sensors. The software consists of a DLL to be imported into your data acquisition project

3MTS QSMANUAL

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

SPI Supplies® Brand Microanalysis Standards

High quality Standards for Microanalysis for any laboratory with EDS, WDS or EPMA

SPI Osmium Plasma Coater

The OPC line of osmium plasma coaters are designed to provide thin, amorphous layers of conductive osmium metal.

05001-2 Silver Con Paint RoHS2

Structure Probe Inc. / SPI Supplies confirms that: 05001-AB, 05002-AB, 05002-GA, 05002P-AB, and 05002-GA Silver Conductive Paint are RoHS2 compliant, fulfilling the definitions and restrictions defined under Directive 2011/65/EC of the European Parliament and of the Council of 21 July 2011.

The SPI Supplies Family of Instruments

Your results will never be better than your sample preparation. See how SPI Supplies can help you deliver the highest quality results for all your SEM/EDS, TEM and FESEM applications.

SPI Supplies ® Grids

SPI Supplies® stocks the most complete selection of the highest-quality grids available today.

REBEKA BSE Detector

REBEKA™ combines the best available single crystal scintillators manufactured by Crytur with precise high-vacuum mechanics and readout electronics in one ready-to-use package.

K-kit ad

The K-kit system is an innovative tool that allows the examination of liquids in a TEM without the use of specialized TEM holders, feedthroughs or equipment. K-kits are sample holders designed to facilitate TEM observations of liquid samples, allowing nanoparticles, aggregates, and agglomerates to be characterized in the liquids. With vacuum compatible sealing of liquids in electrontransmitting thickness, K-kits are micro reaction chambers for countless experiments in materials, chemical and biological research.

Combo mPrep Tweezers

From Microscopy Innovations, LLC, a better way to prepare TEM specimens and grids The mPrep™ System is a new concept for gaining personnel efficiency, improving quality and reducing cost in microscopy and histology laboratories.

Apiezon N Cryogenic High Vacuum Grease Datasheet

Apiezon N grease is one of the most widely used vacuum greases within the field of cryogenics, where its ability to improve heat transfer and craze-free performance characteristics at low temperatures are especially important.The product is also widely used at ambient temperatures, information on which is in the data sheet "Apiezon L, M & N Greases."

Apiezon K Oil Safety Data Sheet

In addition to AP201 we also manufacture sealing oils, Apiezon J and Apiezon K, which are used in situations where moderate viscosity and low vapour pressure are required.

Apiezon L Grease MSDS

Apiezon L, M and N greases have been specifically developed for vacuum use, but are also extensively used for nonvacuum purposes in a variety of industrial and scientific applications.

美国ARS-LT4液氦液氮型连续流低温恒温器

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。 典型特点 1. 液氦流 2. 铝制结构 3. 1.25英寸的大透明光学窗口 4. 大样品视角利于光学采集(F/1) 5. 4 K 液氦操作 6. 4.2K下液氦消耗率为0.75 LL/hr 7. 兼容液氮(77 K操作) 8. 可根据客户要求进行定制

美国ARS公司-LT3-WMX-1SS-液氦型超低温恒温器

LT3-WMX-1SS 是一套液氦高性能系统，系统全部由不锈钢结构真空罩和焊接不锈钢仪表裙组成，该系统能够达到10-7torr的真空环境，测试温度范围从＜2K（泵抽情况下）-350K， 温度稳定性为2mK。可用于多种不同实验环境。

美国ARSLT3M超高真空（UHV）型液氦低温恒温器

LT3M可定制冷指长度到1200mm,非常适合需要长冷指的表面物理实验。 广泛应用于UHV，STM,表面分析等领域。

美国ARS LT3OM & LT3BOM-显微型液氦液氮低温恒温器

LT3B-OM恒温器专为UHV显微拉曼设计，可烘烤至150℃，所有法兰通用铜片密封。也适用于其它各类低振动要求的光学显微实验。窗口专为科学实验而设计，可现场更换。 LT3-OM恒温器专为显微拉曼设计，也适用于其它各类低振动要求的光学显微实验。1.52英寸的样品腔设计使得该恒温器可用于大多数显微测试台。它拥有连续可调的样品座，利于用户更好调节工作距离。 该款恒温器真空外罩为抛光不锈钢焊接结构，为样品提供了一个洁净的环境。平滑的不锈钢结构限制了水和油的分压，大大降低了样品表面水汽的附着，从而使得实验过程中无水峰。该款恒温器具备LT3不同于其它恒温器的所有特点，包括大大降低液氦消耗提升制冷效率的热交换型液氦传输管线。

美国ARS LT3B超高真空(UHV)管状连续流低温恒温器

LT3管状连续流低温恒温器应用十分广泛，拥有很多独特特点，如热交换型液氦传输管线可以提高制冷效率而且极大的消除振动。 LT3恒温器拥有不锈钢仪表群，独特的双O圈设计使它易于安装，校准，移除真空外罩。 LT3根据使用条件不同有很多不同设计，如： LT3K可与Newport Kappa测角器集成; LT3G可与Huber 5012.12集成，而且LT3G的小径向间隙使得其应用非常广泛; LT3B是真正的UHV冷头(10-11 Torr) ，该款恒温器都用焊接接头和金属密封取代了橡胶O圈密封; LT3M可定制冷指长度到1200mm,非常适合需要长冷指的表面物理实验。