美国ARS 闭循环低温恒温器 X-15 EPR

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.

AMI Model SVTI-CH6022-2

AMI Model SVTI-CH6022-2 Superconducting Horizontal Field Magnet System

MaxesMX-4.5-9-30

MAxesTM Model MX-4.5/9-30 Superconducting Vector Magnet System

fluxgate-magnetometer / magflux Flyer German / English

Der magflux eFM-1-A – Analog Fluxgate Magnetometer Sensor wurde für die Messung von schwachen magnetischen Felder entwickelt. Der einachsige Sensor misst das magnetische Feld in der auf dem Gehäuse mit einem Pfeil markierten Richtung. Ein Punkt zeigt das Sensorzentrum an.

magtrack Flyer English

The magtrack-System is based on the Magnetic Marker Monitoring. It was developed for the recording of the motion sequences in closed systems, in order to analyze and optimize such processes. With the magtrack it is possible to detect the absolute orientation in a defined space of the magnetic marked particles. The magtrack-System has a modular design and can be adjusted to most equipments and a variety of systems.

cmos-magview Spezifikationen German

Technische Spezifikationen cmos-magview Technische Spezifikationen cmos-magview

QuantumOptics

In semi-classical and quantum-mechanical physics, light can be considered not only as electromagnetic waves but also as particles called photons. The interaction of the matter at the submicroscopic level and the incoming light is in the fields of quantum optics. The main goal of quantum optics is to understand the quantum information and learn how to manipulate and realize the technologies. The popular studies of it include quantum correlation, quantum entanglement, and quantum information processing, which have a huge potential application of quantum computing.

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。

IonTrap离子阱

离子阱是一种通过磁场或电场将离子/带电粒子限制在一个有限空间内的科学技术。人们对离子阱法进行了许多研究，如捕获离子的光谱性质和碎片离子的质谱性质。目前离子阱最常见和最基本的三种设计是Penning 陷阱(使用四极电场和轴向磁场)、线性阱(使用二维射频四极场)和Paul 陷阱(使用三维四极场)。特别是Paul 陷阱经常被用来进行量子态操纵，这使得离子阱在量子计算机广泛应用。特别是在低温下，离子阱的长存储和相干时间是量子计算和光学时钟应用所必需的。

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.

ElectronParamagneticResonance(EPR)ElectronSpinResonance(ESR)电子顺磁共振电子自旋共振

电子顺磁共振(EPR)/电子自旋共振(ESR)是研究有机和无机自由基、过渡金属配合物和一些生物分子中未配对电子的重要方法。当具有不成对电子自旋的顺磁性化合物在磁场和电磁波(通常在微波频率范围内)作用下，就会诱导自旋态之间的跃迁。测量一般是在恒定频率下进行，而磁场是变化的。EPR/ESR 光谱仪测量电磁辐射的吸收。 由于电子自旋的弛豫时间短，EPR/ESR 必须在低温下进行。

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。

X-2XRD闭循环低温恒温器

X-2专用于X光衍射实验。这些系统具有铍圆顶(DMX-2D),铍窗或Kapton窗。 DE-202冷头质量轻便,配以定制的仪表群使得该恒温器广泛应用于测角仪及衍射仪。该系统通常与Huber 和Newport 测角仪及Bruker 衍射仪配合使用。 Huber 512.12恒温器支架可与 CS202*G-DMX-2D恒温器无缝集成。

ds.cs210-x21

Applications: High Cooling power for: Low Vibration Optical Experiments Quantum Dot – Photoluminescence, MicroRaman, Micro PL. Microspectroscopy. Kerr Effect (MOKE), Ellisometry

DS-CS202AF-DMX-20B

The CS202*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 DE202*F-DMX-20B 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-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.cs202-x15

Closed Cycle Cryostat for EPR The Displex cryocooler is perfectly suited for EPR experiments at controlled low temperatures in Laboratories where Liquid Helium is impractical or where long duration experiments are frequently performed. These cryogen free systems can regulate the sample temperature between 4K and 450K

DS-LT3OM_LT3BOM

The LT3-OM and LT3B OM (UHV) are designed for optical microscopy and nano-photonics with unique features not found in other cryostats. In addition to the slim 1.52” (LT3 OM) profile that allows it to fit on most microscope stages. The LT3/(3B)-OM have a continuously adjustable sample holder, ena-bling the user to fine tune the placement of the sample within the working distance of their micros-copy system.

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.

低温SPM(扫描探针显微镜)解决方案

使用RHK 公司提供的PanScan 自由STM(扫描隧道显微镜) 系统结合ARS DMX-20B 产品的可实现8K 温度下的原子级分辨率。

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-hg-166a-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. •Handling precautions required for preventing electrostatic discharge. •This product contains galium arsenide（GaAs）.Handling and discarding precautions required.

美国GMW-AN_180KIT-AKM-HG-106C-2U

The AN_180KIT takes advantage of the very special lead frame and size of the AKM HG-106C-2U, GaAs, Hall element to detail the method of making a very thin (<0.65mm) thick, high field (+/-1T) magnetic field sensor.The kit incorporates a thin 0.4mm thick PCB and includes all the circuitry to interface with the Hall element. For the most temperature stable output, the HG series Halls should be driven with a constant current source. This kit has a current source of 0.5mA and an instrument amplifier to increase the Hall element output signal to a full scale analog voltage of 2.5V +/- 1.5V for a magnetic field up to +/-1.5T. The output is linear to a magnetic field of +/-1T.

VWM-S-1W-assembly

Requirements and tools 1. All new sensors are delivered with a wire pre-installed. Its tension is arbitrary. Its purpose is to allow immediate functional check of the sensor. 2. To install new wire, its length should be approximately 60mm longer than the sensor. Wire must be clean without visible damage or bending. 3. Necessary tools: - Screwdrivers with hexagonal ball heads 1.5mm, 2mm and 2.5mm - Tweezers - 2-3 surgical-style clamps - Scales with range ≥0.5kg - Set of weights to hook to surgical clamp - Magnifying glass - DVM 4. All sensors are thoroughly cleaned for UHV before shipment. A Residual Gas Analysis is attached. If sensors are to be used in UHV, it may be necessary to clean them again after manipulation. Laboratory-standard UHV cleaning techniques can be applied

VWM-S-1W-A20mm-TopView

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

US-Danisense-Product-Naming-Price-List-2018-letter

Since our establishment in November 2012, Danisense’s philosophy has always been to provide you the best in everything we do. In return, the market feedback has been so good. Our growth has constantly exceeded expectation. In the past several years, we’ve continuously released new products to broaden our offering.

Turbo-ICT-manual

Turbo-ICT & BCM-RF-E Turbo Integrating Current Transformer Beam Charge Monitor – RF Electronics User’s Manual

TN-IPCT

IPCT performance recovery after primary current overload

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.

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).

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-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-i1a-mft

Hall Probe G for F1A Magnetic Transducers with the naked Si chip is a very thin (0.5mm) and long (42mm) single-chip integrated 1-axis Hall-Probe. It measures magnetic fields perpendicular to the probe plane (By).

Shape-D-BNC

CURRENT TRANSFORMER- SHAPE D/BNC CONNECTOR CURRENT TRANSFORMER- SHAPE D/BNC CONNECTOR

S-BPM-manual

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.

RD102-EM3242

The RD102-EM3242 is a reference design for the AKM EM-3242 Non-Contact Angle Position Sensing IC. The EM-3242 senses the angle of magnetic field component in the top plane of the device package. The EM-3242 provides an analog output voltage of 10% to 90% of the supply voltage for a mechanical angle range of 360 degrees of rotation. The EM-3242 has two operating modes. One with the “In Range” detector enabled and one with the “In Range” detector disabled. The “In Range” detector includes internal circuitry which causes the output voltage to drop to 0V whenever the magnetic field level at the EM-3242 is greater than 60mT or less than 10mT.

RD101-EM3242

The RD101-EM3242 is a reference design for the AKM EM-3242 Non-Contact Angle Position Sensing IC. The EM-3242 senses the angle of magnetic field component in the top plane of the device package. The EM-3242 provides an analog output voltage of 10% to 90% of the supply voltage for a mechanical angle range of 360 degrees of rotation. The EM-3242 has two operating modes. One with the “In Range” detector enabled and one with the “In Range” detector disabled. The “In Range” detector includes internal circuitry which causes the output voltage to drop to 0V whenever the magnetic field level at the EM-3242 is greater than 60mT or less than 10mT.

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_rms-Dimensions

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

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.

RCT1A-Dimensions

RCT1A-Dimensions RCT1A-Dimensions RCT1A-Dimensions

PPM-DS-p2p-DCLink

The new DC point2point link is capable of transmitting analogue signals of up to 40MHz over singlemode fibre. This is equivalent to rise times of 10.3ns making it ideal for measuring HV transients on HVDC transmission lines. The modules are available in a fully EM shielded casing, or as a plug-in module for use with the various point2point housings.

PPM-DS-p2p-CasesHousings

The cases are available in four options for either desktop use and/or 19” rack mounting, and all variants can accommodate up to 10 Plug-In modules plus the point2point switch panel which supplies power to the modules. If the Test & Instrumentation System Controller is fitted, then the number of module slots is reduced to 8. The cases incorporate a backplane PCB and power supply. The point2point Plug-In modules simply plug into the case, allowing the user to quickly and easily upgrade his system with additional modules at any time.

Performance_Comparison_CQ2

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

PEM-TN-CWT-DelayAndRiseTime

The CWT behaviour at frequencies approaching and exceeding its specified (-3dB) bandwidth is very complicated. It is related to the distributed inductance and capacitance of both the Rogowski coil and the connecting co-axial cable (which have different characteristic impedances) and their terminations, and to the gain-frequency characteristic for the op-amps and associated parasitic impedances used to implement the integrator and buffer electronics. It also varies depending on the position of the current within the loop, although up to the (-3dB) bandwidth this variation is very small.

Output-signal-cable-COxx-G

Output Signals Cable COxx-G Output Signals Cable COxx-G

NPCT-RFC

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

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

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.Spear3

MX-BPM User’s Manual Spear-3 options MX-BPM User’s Manual Spear-3 options

MX-BPM.manual

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

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

MS2WF-DR1928

MS2WF OUTLINE DRAWING MS2WF OUTLINE DRAWING MS2WF OUTLINE DRAWING MS2WF OUTLINE DRAWING

MS2-RS232-Cable-DR1615

MS2 RS232 Cable MS2 RS232 Cable MS2 RS232 Cable MS2 RS232 Cable

MS2C-DR0642

MS2C-DR0642 MS2C-DR0642 MS2C-DR0642 MS2C-DR0642 MS2C-DR0642

ML_MAN_PT2025

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

ML_DS_pt2025

An everyday tool for rapid, automatic and highly accurate measurements of magnetic fields: research, magnet manufacturing and testing, standards and calibration.

MFC3039

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

Matesy-MO-PRES-SensorsOverview

Overview about different types of MO-sensor curves

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.

Magnetics2016-SENIS-Presentation

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

Mag690FL-DR2664

Mag690-FL Outline Drawing Mag690-FL Outline Drawing

Mag690-DR2687

Mag690-DR2687 Mag690 Outline Drawing Mag690 Outline Drawing

EW-632

EW-632 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

EPO_Control_Users_Manual_Pages

EPO_Control_Users_Manual_Pages USER’S MANUAL EPO CONTROL

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-1781_gmw

EM-1781 is ultra-small Hall effect ICs of a single silicon chip composed of Hall element and a signal processing IC.

em-1712_gmw

EM-1712 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.

DTM-130-141

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)

DS-HTS-110-LM

Applications HTS-110’s LM range is suitable for various applications, including: 4 MOKE (Magneto-optic Kerr effect) 4 Magnetic domain imaging 4 Brillouin light scattering 4 Magnetic circular dichroism 4 Hysteresis loop plotting 4 Scanning laser microscopy 4 Hall effect measurements 4 Variable temperature optical cryostat

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

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

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

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

DR0756

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

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-P1300

Ultra-stable, high precision (ppm class) fluxgate technology DS Series current transducer for non-intrusive, isolated DC and AC current measurement up to 1300A

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

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

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

CZ-3706

CZ-3706 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.

CWTUM-Dimensions

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.

cwtultramini

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.

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.

CWT_UM-instructions

ROGOWSKI CURRENT WAVEFORM TRANSDUCERS INSTRUCTIONS FOR USE CWT ULTRA MINI

cwt_0318

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

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

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

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.

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-2335

CQ-2335 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.

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.

CQ2065

CQ-2065 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.

CQ320B

CQ320B CQ320B CQ320B CQ320B CQ320B CQ320B CQ320B CQ320B

CQ320A

CQ320A CQ320A CQ320A CQ320A CQ320A CQ320A CQ320A CQ320A

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.

calibration-tool-mfcsv1-2

The SENIS MFCSv1.2 Calibration Set for magnetic field measurement is provided as an accessory for permanent magnet mapping applications, such as SENIS MMS (All-in-One Magnetic Field Mapping System). The MFCS is used to precisely determine the location of a Hall elements sensitive area.

BSS-02B outline drawing

BSS-02B outline drawing BSS-02B outline drawing BSS-02B outline drawing

BSS-02B-OM1741

Operation Manual for BSS-02B Magnetic Susceptibility Sonde

BSS-02B-electronic-interface

BSS-02B-electronic-interface BSS-02B electronic interface

BPS-85-70_30062017

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.

BI_MAN_MAG03-OCTO-PSU-Issue

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

BBMXX-KIT-I-Specification

The Ametes BBMXX-KIT Bus Bar Module Current Sensor Engineering Evaluation kit provides a tool to evaluate the BBM-01 current sensing module. There are five kits available that cover a range of currents from 200A to 3000A. The kit locates two magnetic field sensors on each side of an electric current bus bar. Two Sentron CSA-1VG precision Hall Effect IC’s sense the magnetic field as a function of current on both sides of the bus bar.

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.

Bartington-Export-Control

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.

axial-mag-probes-B-and-D

Axial Mag Probes type B (0.2mT) and type D (2.0mT)

AN0027-MRI-site-survey

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

AN0022-Mag-01H-used-for-Verification-of-Magnetic-Shielding

To measure the effectiveness of magnetic shielding using magnetometer measurements.

AN014_p2p_Dynamic_Range_3407

PPM offer a range of AC coupled point2point Fibre-Optic-Links. The noise and linearity performance of these links is specified in the relevant data sheets. This application note explains the definition of these terms, and the calculations that may be used to determine additional performance parameters that may be of use in a particular application.

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_181-CPCO-Cable-Options

The AKM EM-3242 Non-Contact Angle Position Sensing IC is a very small, low cost and easy to use angle position sensor with a continuous 360 degree range. The EM-3242 provides an absolute position output which means the power can be removed then reapplied and the output will continue to have the correct angle even if the rotating magnet moved while the power was off. The device requires very little power and operates at 3V+/-10%. The EM-3242 senses the angle of magnetic field component that is parallel to the plane of the device package and provides an analog output voltage of 10% to 90% of the supply voltage for a mechanical angle range of 360 degrees of rotation.The device includes a power down ( PDN ) function which reduces the current draw to less than 10uA.

AN_174KIT-Specification

The AN_174-X KITs provides a convenient method of evaluating the AKM CQ-330X Series SMT current sensing IC’s . There are four versions of the kit available to evaluate the CQ-3300, CQ-3301,CQ-3302 and CQ-3303 sensors. All kits have a maximum continuous current limit of 20Arms .The kits come with the CQ-330X IC and Capacitor mounted and can be used without any additional components.Included are additional parts that can be used by the customer to customize the kit to provide different connection schemes.

Ametes_MFS-3A_Spec

The high magnetic field sensitivity, accurate calibration, high stability and high signal output of the Sentron CSA-1V Hall effect IC enable it to be conveniently used to monitor the extended fields from magnetic items and electric equipment.

AKM_DS_EM3242-AngleSensor

□ Small absolute rotary encoder □ Small input device (mode selector, volume control, and soon) □ Potentiometer □ Rotary switch

ak8789_e

Features ?High sensitive omnipolar operation ?Dual output ?Micropower operation 　Typ.6.5μA（average:VDD=1.85V） ?Ultra small SON package : 1.1×1.4×t0.37mm 　Halogen free

AK8779B

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

AK8776-MS1317-E-00_110715_GMW

AK8776 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 and outputs the pulse (F) and rotational direction (D). AK8776 is for use in portable devices which uses rotational detection system or incremental pulse encoder such as jog dial utilized for input devices.

Adaptors

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

ACCT-S-175-MSH

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

ACCT-S-122

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.

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.

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.

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.

5451 Magnet application

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_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-SN04-thermal-stability

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.

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

SPI Supplies Wet Cell II

The Wet Cell II is the next generation device for the examination of liquids in an EM environment.The self-contained high vacuum compatible device enables the analyst to characterize a fluid in its natural state. And as it is a self-contained device, there is no need for modification of the existing microscope. Once the liquid is loaded into the device platform, it is inserted into the microscope and is ready for analysis.

SPI Supplies UV Prep™ for SEM

All SEM sample surfaces are typically coated with a thin hydrocarbon contamination due to sample preparation or storage. When imaging or analyzing at low kV, this contamination contributes significantly to the results obtained. By eliminating surface contaminants, images and data of the true sample surface can be obtained, and finer surface details become visible.

FlipScribe

FlipScribe takes scribing to a new performance level, making clean, straight scribe lines on the back side to accurately cleave front side targets, bonded wafers and other substrates. This method eliminates contamination of sensitive front side devices during the scribing processes and is valuable for both crystalline and amorphous samples.