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Supplier: Industrial Magnetics, Inc.
Description: with very strong magnetic fields, there will be no magnetic reversal or demagnetization of the probe. Applications Measurement of stray magnetic fields in packaging Coil testing Post-magnetization polarity checks Assistance with the following: Electric motor assembly, Installation of magnetic
- Technology: Magnetic / Barkhausen
- Form Factor: Portable / Hand Held / Mobile
- Properties Measured: Other
- Uses Magnetic Sensors: Yes
Supplier: A&N Corporation
Description: Hermetically sealed with the Rigaku SuperSealTM ferrofluid technology Vacuum rated to 1x10-8 torr (UHV option rated to 1x10-9 torr) Up to 5000 RPM performance Very low stray magnetic fields No magnets in vacuum environment Multiple connection options (threaded nose, baseplate, CF, ISO
- Feedthrough Type: Mechanical
- Feedthrough Mount: Flange Mount:
- Feedthrough Mount: Flange Mount:
Supplier: Measurement Specialties, Inc.
Description: insensitive to homogenous stray fields. Precise displacement values will be archived by using a sine/cosine decoder. The maximal obtainable precision depends on the distance sensor – magnetic scale and on the accuracy of the magnetic scale. Values of less than 1% of the pole pitch are common.
Supplier: Howard Computers
Description: magnetic fields to a minimum and the discrete output devices ensure pure signal fidelity. Separate channel level controls allow for individual adjustment. A defeatable peak limiter circuit protects speakers form distortion at high volumes and an auto-circuit power up the unit with a preamp signal
- Type: Amplifier
Description: No hysteresis Resolution to 0.5 μm Length up to 500 mm Speed up to 5 m/s Built-in self-monitoring Suitable for high dynamic control loops Integrated status LED CAN, SSI, PWM and serial RS422 Corrosion resistant, non-magnetised chrome plated shaft Insensitive to stray magnetic fields
- Encoder Reading: Absolute
- Linear Encoder Technology: Magnetostrictive
- Absolute Encoder Code: Binary
- Interface: Serial
Supplier: Ohmite Manufacturing Co.
Description: resistors have been carefully engineered with non-magnetic materials to eliminate the effects of these stray magnetic fields on circuit performance, thereby resulting in simplified shielding requirements and improved sound quality. Audio Gold resistors are designed for use in cross-over networks
Uninterruptible Power Supplies (UPS) - UPS system featuring Individual Outlet Control. Rackmount 1000VA / 750W UPS, 17"W x 3.5"H x 19"D, 2 rackspaces -- UPS-1000R-8Supplier: Visual Sound, Inc.
Description: - reduces power consumption by up to 75% when compared with traditional UPS designs *Hot swappable primary battery for easy service *9' SignalSafe power cord minimizes stray magnetic fields *Middle Atlantic Power Manager software allows the configuration of vital system settings *3
Supplier: Visual Sound, Inc.
Description: are needed. All drivers are magnetically shielded as standard to minimize stray magnetic field. A rack mount adapter is available so that the amplifier section can be positioned separately from the cabinet when soffit mounting. This allows for better and easier amplifier cooling and easier access
Supplier: Dexter Magnetic Technologies, Inc.
Description: , and clean room compatible. Thermal interlocks can be built in to shut off electric circuit in case the temperature rises above a preset threshold. Stray field can be shielded from magnetically sensitive devices in the proximity. A high magnetic field for initialization can be developed
Supplier: TMP Pro Distribution
Description: premature solder joint and trace failure. The steel outer shell couples with the transformer's mu-metal shield to protect against stray magnetic fields from power transformers or lighting systems that could cause interference. Finally, a full-bottom no-slip pad works double-duty by providing both
- Application: Music / Audio Systems
Supplier: Spectral Dynamics, Inc.
Description: test conditions. The unique SD 4511 PIND shaker creates accurate shock levels by controlling the velocity of the shaker head and correcting for device differences prior to impact. The SD 4511 system offers a low profile, low stray magnetic field design that eliminates any need for an expensive
- Form Factor: Bench / Rack / Cabinet
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Featured Products for Stray Magnetic Field Top
ACT Linear Motor Actuator
and position control, and is ideal for applications requiring outstanding contour accuracy and smooth velocity profiling. The linear motor has zero backlash, no windup, zero friction, and outstanding system responsiveness, and the magnetic field is totally self-contained within the U-channel design. Many high-performance applications cannot tolerate the stray magnetic fields generated by flat motor magnet tracks. High Performance. Noncontact linear optical encoders with micron-level repeatabilities... (read more)
Browse Linear Actuators Datasheets for Aerotech, Inc.
PERFORMANCE CONTROLS, INC.®
Custom PWM Power Amplifiers
delivered to one or multiple channels. Power from 1 kW to 100 kW per channel. Small signal bandwidth to 100 kHz. Full power bandwidth to 20 kHz. Dynamic range greater than CD audio quality (94+ dB). Passive Analog Filters. Stray magnetic fields, excessive ripple currents, MRI systems installed in unshielded environments and other dv/dt sources can be significant problems in many installations. Passive treatment of these "noise" elements can be very effective at reasonable cost. PCI has a large... (read more)
Browse Servo Drives Datasheets for PERFORMANCE CONTROLS, INC.®
Bodine Electric Company
The No.1 Source for Permanent Magnet DC Gearmotors
permanently lubricated ball bearing construction for maintenance-free operation, as well heavy gauge steel housings to prevent stray magnetic fields. Graphite or copper-graphite brushes are used, depending on rated voltage. The windings are resin-impregnated to provide reliable performance, and the motor armatures have skewed slots for quieter operation and to minimize cogging. The motor's permanent magnet field is optimized to prevent demagnetization even in extreme conditions. Bodine PMDC Gearmotors... (read more)
Browse Gearmotors Datasheets for Bodine Electric Company
Conduct Research Top
Magnetic Shielding FAQs
as enclosures such as boxes or better yet, cylinders with end caps. Because the field follows the line of the enclosure, an enclosed shape keeps stray fields from finding gaps which could cause unintended interference. What causes a magnetic field?. Most magnetic fields are man made. They can
on the exiting photon matches that which was carried into the second cloud. Success of the experiments depends on careful control of potentially interfering magnetic fields. Stray magnetic fields are a problem because they can make atoms spin out of phase and lose their information. The team hopes
Technical Information for Handling Permanent Magnets (.pdf)
regarding stray magnetic. fields. (dangerous goods regulation. according to. IATA). These regulations also. apply for devi. ces/assemblies. Please don't hesitate to contact our Customer Service Team in case of any further queries,. we would be pleased to be of assistance. Page 1/1. www.meder.com
Medical Device Link .
of the core, radiated external magnetic fields are further contained. A gapped outer leg will leak radiated magnetic flux through the gap, possibly requiring additional shielding to contain the stray emissions. Switching Drain of the MOSFET. This drain will normally be connected directly to the primary
Medical Device Link .
of the externally applied field, Happlied, and the stray fields from the bead, Hbead. Happlied usually originates from a magnetic-field source that is far enough away to be considered spatially uniform in the bead's vicinity. But Hbead varies strongly both in magnitude and direction. Magnetic-field sources
Theory and Application of RF/Microwave Absorbers
is chosen for its. physical properties (temperature resistance, weatherability, etc.). · Absorber Types 3. Absorbers are characterized by their electric permittivity and magnetic permeability. The per-. · Absorber Applications 5. mittivity is a measure of the material's effect on the electric field
Medical Device Link .
in the power supply. The inductive coupling paths are primarily magnetic field fringing from inductors and transformers, followed by coupling directly off the switched power-current lines. This can be minimized by adjacent routing of the high current and returns. Controlling these should be done
Medical Device Link .
, then shielding problems multiply. ESD has a rise time of less than 1 nanosecond. In that brief period, the voltage and associated electric field fall from the initial voltage (8 15 kV) to near zero, and the current and attendant magnetic field. (EMI Field Notes) Shielding Against Electrostatic Discharge
Engineering Web Search: Stray Magnetic Field Top
Magnetic circuit - Wikipedia, the free encyclopedia
The concept of a "magnetic circuit" exploits a one-to-one correspondence between the equations of the magnetic field in an unsaturated ferromagnetic
Transformer - Wikipedia, the free encyclopedia
in the primary winding creates a varying magnetic flux in the transformer's core and thus a varying magnetic flux through the secondary winding.
- ESA Science & Technology: Instruments
Influence of the Stray Magnetic Field Generated by the Faraday...
Document Type LIGO-T970149-00 - D 11/2/96 Influence of the stray magnetic field gen- erated by the Faraday isolator on SOS mirror actuators Sanichiro
Stray Magnetic Field Measurements for Shadow Mask Holes and...
Stray Magnetic Field Measurements for Shadow Mask Holes and Their Effects on the Electron Trajectory
Beam-Based Design of a Correction Coil for the Stray Field of...
Item Title: Beam-Based Design of a Correction Coil for the Stray Field of a Pulse Septum Magnet Publisher Name: IEEE Country: USA Issue: 2 Issuing
Physics Demonstrations - Magnetism
in the United States independently demonstrated that a time-varying magnetic field can produce an electric current.
AMS note 2004?04?01
tests magnetic measurements redesigned RICH detector magnetic shielding structure RICH PMT detector performance simulated stray magnetic field AMS?02