MAGNETIC FIELD SHIELD Search Results

loop Antennas vhf 433 Mhz

Abstract: vlf antenna BBH-1100 loop Antennas vhf Antennas vhf BBH-3100 in5354b "remote power"
Contextual Info: MAGNETIC FIELD ANTENNAS ACTIVE, RECEIVE ONLY Our BBH series broadband magnetic field antennas are designed to provide maximum sensitivity for receiving magnetic field signals in the VLF through VHF spectrum. These antennas are responsive primarily to the magnetic component of an electromagnetic field with practically no

vlf ferrite antenna

Abstract: vlf antenna loop Antennas vhf ferrite rod ANTENNA ferrite antenna BBH-500/B vlf ferrite ARA BBH-500 Antennas vhf ferrite rod core
Contextual Info: . . MAGNETIC FIELD ANTENNAS 100 Hz - 100 MHz . Antenna Research Our BBH series broadband magnetic field antennas are designed to provide maximum sensitivity for receiving magnetic field signals in the VLF through VHF spectrum. These antennas are responsive primarily to the

Contextual Info: GF705 MagnetoResistive Magnetic Field Sensor The GF705 is a magnetic field sensor based on the multilayer Giant MagnetoResistive GMR effect. The Sensor contains a Wheatstone bridge with on-chip flux concentrators to improve the sensitivity. The sensor is ideal for measuring magnetic fields in a

Contextual Info: GF708 MagnetoResistive Magnetic Field Sensor Preliminary data sheet The GF708 is a magnetic field sensor based on the Giant MagnetoResistive GMR effect. Its functional magnetic layer is pinned within a synthetic spin-valve connected as a Wheatstone bridge. With its on-chip flux concentrators an extremely large

Contextual Info: FINE MESH PMT SERIES for HIGH MAGNETIC FIELD ENVIRONMENTS PMT's for THE OPERATION in HIGH MAGNETIC FIELDS over 1 TESLA In recent years, the demand for photodetectors, that can be operated in strong magnetic fields has increased, especially in the field of high energy physics. Conventional PMT's electrons

ct scanner

Contextual Info: M-N # 713A MRI – A SYSTEM PERSPECTIVE The MRI series of MicroNotes began with #711A, published in December 2003 An MRI imager resembles an X-ray CT scanner but the similarity ends there. An MRI scanner consists of a main magnetic (static magnetic field), a magnetic field gradient

FTT-10A

Abstract: FTT10A FTT-10A Echelon ftt 10A magnetic field shield echelon ftt10a
Contextual Info: Magnetic Shield Model 51001 ▼ Reduces susceptibility of FTT-10A to strong magnetic fields ▼ Two-piece design includes inner Co-Netic and outer Netic shields Description The Model 51001 Magnetic Shield is a two-piece shield that minimizes the effects of magnetic field noise on

HMC1002

Abstract: HMC1001 lm440 cs5509 MN14 "MR sensor" BS250 sensor magnetic AMP04 AN201
Contextual Info: Magnetic Products ONE AND TWO AXIS MAGNETIC SENSORS HMC1001 HMC1002 FEATURES APPLICATIONS • Measures strength and direction of magnetic fields • Compassing • Medical Instruments • Detects change in magnetic field due to presence of ferromagnetic objects

MLX91205KDC-LB

Abstract: MLX91205 mppt BASED DC TO DC CONVERTER MLX91205KDC mppt chip Solar mppt Solar mppt circuit design mppt code MLX91205KDC-HB SMD codes Hall sensors linear
Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Applications Examples Features and Benefits Triaxis™ Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

mppt BASED DC TO DC CONVERTER

Abstract: Solar mppt circuit design MLX91205 Solar mppt mppt chip MLX91205KDC-LB 4 Pin SMD Hall sensors Solar mppt APPLICATION mppt code SMD codes Hall sensors linear
Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Features and Benefits Applications Examples Triaxis™ Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Features and Benefits Applications Examples Triaxis™ Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

MLX91205

Abstract: mppt code SMD Marking Code Nt hall effect triaxis triax mlx91205kdc marking aal 1025 smd sensor
Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Features and Benefits Applications Examples Triaxis® Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

hall effect sensor 720

Abstract: S3116 MIL-STD-704 honeywell TO114
Contextual Info: Proximity Sensors 200FW Series Severe Environment Proximity Sensors 3-Wire DC Magnetic Field Sensitive Type FEATURES Hall effect, magnetic field sensitive Designed for aircraft, ordnance, marine, mass transit, high performance industrial equipment Stainless steel housing, thick wall

ftt-10a

Abstract: FTT-10A Echelon Echelon FTT-10A 51001R FTT10A echelon 3120 echelon ftt10a
Contextual Info: Magnetic Shield Model 51001R ▼ Reduces susceptibility of FTT-10A to strong magnetic fields ▼ Two-piece design includes inner Co-Netic and outer Netic shields Description The Model 51001 Magnetic Shield is a two-piece shield that minimizes the effects of magnetic field noise on

HMC1002

Abstract: magnetic sensor an-201 "MR sensor" an205 honeywell HMC1002-Package HMC1001
Contextual Info: Honeywell Magnetic Products ONE AND TWO AXIS MAGNETIC SENSORS HMC1001 HMC1002 FEATURES APPLICATIONS • Measures strength and direction of magnetic fields • Compassing • Medical Instruments • Detects change in magnetic field due to presence of ferromagnetic objects

bubble memory

Abstract: driver 1028 TDA 1028 TPS 1028 NBM2011 "Barium Ferrite"
Contextual Info: November 1980 NBM2011 1M x 1 Magnetic Bubble Memory Device General Description The NBM2011 is a 1,048,576 220 bit magnetic bubble memory device. All required magnetic components, in­ cluding the drive field coils, permanent magnets and pro* tective magnetic shield are integral parts of the device. It

RSC2800

Abstract: AWG28-7
Contextual Info: Non-Contacting Angle Sensor RSC2800 Series The RSC2800 non-contacting sensor utilizes the orientation of a magnetic field for the determination of the measurement angle. A magnet is attached to the sensor shaft, while the magnetic field orientation is captured with an integrated

Contextual Info:  PRODUCT INFO TinkerKit Hall Sensor Code: T000070 A Hall sensor creates a voltage related to the magnetic field around the sensor. This can be used to detect distance from a nearby magnet. Hall sensors can also be used to detect the magnetic field induced in a wire

Contextual Info: GLOSSARY OF TERMS AC Flux Density Gauss Number of flux lines per unit of cross-sectional area generated by an alternating magnetic field. Core Magnetic material placed within and around a coil to provide a path of lower reluctance for magnetic flux. Core Loss

Contextual Info: CE - TESTER Compact EMC-tester acc. to the standards: BURST 5kV: IEC 61000-4-4 : 2012 SURGE 5kV, 2.5kA: IEC 61000-4-5 : 2014 Magnetic field 50/60 Hz: IEC 61000-4-8 : 2010 Magnetic field 8/20 µs: IEC 61000-4-9 : 2001 Voltage dips/variation: IEC 61000-4-11 : 2004

Contextual Info: MLX91205 ® IMC-Hall Current Sensor Triaxis Technology Features and Benefits Applications Examples  Triaxis® Technology  Very high sensitivity due to integrated magnetic concentrator ( IMC-Hall®)  Sensitive to a magnetic field parallel to the

MH008

Abstract: MAT53 AG930 iepe circuit IEPE
Contextual Info: Model MAT53 Accelerometer DESCRIPTION The Model MAT53 amplified piezoelectric accelerometers com- base, resulting in a low base strain sensitivity. The stainless steel bined with integrated temperature sensors are designed to be materials are non-magnetic resulting in very low magnetic field

MAV52

Abstract: ASEA Sensotec
Contextual Info: Model MAV52 Accelerometer DESCRIPTION The SENSOTEC Model MAV52 amplified piezoelectric ac- base, resulting in a low base strain sensitivity. The stainless steel celerometers with velocity output are designed to be used in materials are non-magnetic resulting in very low magnetic field

Contextual Info: LEDTRONICS Indicator Lights with RFI/EMI shielding are tested for shielding effectiveness in both Electric E field and magnetic (H) field test. The curves show typical test results. The electric field test illustrates the effectiveness of the use of proper shielding and grounding techniques. Note that smaller the diameter of the unit, the greater attenuation that is