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PTC-TESTBENCH-MAGNETIC Melexis Microelectronic Integrated Systems PTC04 TESTBENCH MAGNETIC
808-H-0.03A E-T-A CIRCUIT BREAKER MAGNETIC .03A
808-H-4A E-T-A CIRCUIT BREAKER MAGNETIC 4A
808-H-0.08A E-T-A CIRCUIT BREAKER MAGNETIC .08A
808-H-2A E-T-A CIRCUIT BREAKER MAGNETIC 2A
808-H-0.05A E-T-A CIRCUIT BREAKER MAGNETIC .05A

"E E Magnetic"

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: AN5020_3 AN5020_3 MAGNETIC PROPERTIES REQUIRED FOR USE WITH THE AS5020 MAGNETIC PROPERTIES , magnetic source that is placed above the device surface. The magnetic properties required for use are , magnetized Neodym-Iron-Boron (NdFeB) magnet having a 3mm diameter and a height of 2.5mm. The magnetic , surface of the magnet at a distance of 1mm. Magnetic Source Input Diametrical magnetization with 1 , verification of the suitability of the magnetic field distribution should be undertaken for any alternative austriamicrosystems AG
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CH-8181 BMN-35H
Abstract: required p e r subsystem ) 8PK70'S Figure 11. Minimum Magnetic Bubble Memory System, Shaded Portion , iny A PRIMER ON MAGNETIC BUBBLE MEMORY Magnetic bubble memory is a solid-state technology with , to introduce these users to the technology. What a Magnetic Bubble Memory Is A magnetic bubble memory stores data in the form of cylindrical magnetic domains in a thin film of magnetic material. The , signals by an internal detector. Externally the memory is TTL-compatible. An external rotating magnetic -
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intel 7110 MAGNETICA bubble memory Intel BUBBLE
Abstract: ://www.sih.com.hk 12F, No.101, Sec.2, Nanking E. Rd., Taipei 104, Taiwan, R.O.C. Telephone: +886-2-2563-5001 ,   ntegrate   r e  e ten ng  r  ra   ater a  t   n h ng   r  E    a  a ar a t  agnet  er ng h gh  er r an e  a ra  an   a t E     e   n  te ng  t r   r  r t at he   t  t    e   n  ther  e er e an ng  a at n   n ng  r e e tr n   art   r a  an   te e n at n   e e re nte  th n   a t  e e an   r e e tr e han a   te   MEM   e Seiko Instruments
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D-63263 MGC3010EJ-01C1403
Abstract: Conditions Electrical Characteristics Magnetic Characteristics Overview 12 12 14 16 4. 4.1. 4.2 , depending on the ex­ ternal magnetic field and require only two wires between sensor and evaluation circuit. The sensors of this family differ in the magnetic switching behavior and switching points. The , a current source. The comparator compares the actual magnetic flux through the Hall plate (Hall , types differ according to the mode of switching and the magnetic switching points. Type Switching -
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HAL55 HAL56 HAL556 HAL560 HAL566
Abstract: sensitive to magnetic fields less than 100 ugauss within a ±2 gauss range. This sensitivity can be compared to the earthÕs magnetic field which is roughly 0.6 gauss (48 A/m) and results in a measurement , provide a method for compassing using the Honeywell Smart Digital Magnetometer. The earthÕs magnetic field resembles that of a simple bar magnet. This magnetic dipole, Figure 1, has its field lines , referred to as the magnetic poles. These field lines vary in both strength and direction about the face Honeywell
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honeywell an-203 magnetometer an-203 honeywell an203 honeywell honeywell AN203 MN14
Abstract: A D VA N C E D P E R F O R M A N C E AP K E Y B O A R D S Bar Code Decoders Magnetic , E Y G80-11900 B O A R D F E A T U R E S Compact, 104-key IBM compatible , -key IBM compatible matrix keyboard with programmable keys and integrated magnetic stripe reader for , keyboard with 52 programmable keys, integrated magnetic stripe reader and smart card reader/writer , Integrated magnetic stripe reader Keyboard layout can be reconfigured using interchangeable keycaps Options Cherry
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G83-6700 G84-4110 fingerprint scanner stripe magnetic card writer G81-12001LTBUS fingerprint scanner file G80-1950 G80-7009 G80-11900LPMUS G80-11900LTMUS RS232 G80-1950PAAXB
Abstract: . Therefore, unlike other magnetic components, ferrite can be used at considerably high frequencies , : Low loss, Magnetic stability, High permeability High saturation flux density, High permeability High , conversion transformers Core shape: Pot core, RM core E P core, E E core,Pot core,RM core El core, EC core, Potcore, RM core TD K produces a very large variety of cores and magnetic properties. Nearly every , for a low AC magnetic field induced (approx: 0.4 A/m max.) in the toroidal core which is made of that -
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tdk ferrite H5A ferrite core tdk h5c2 TDK Ferrite Core PC40 h5a transformer TDK H5C2 material FERRITE TOROIDAL CORE DATA
Abstract: b3E D â  Honeywell 4 S 5 1 Û 7 2 G Q D 1 1 G 1 151 « H O N B MAGNETIC FIELD SENSORS honeyüiell / s s e c DESCRIPTION SSEC permalloy magnetic field sensors provide an , Products 7-35 bBE I ) m 4551675 DD011D4 bbP â  H 0 N 3 MAGNETIC FIELD SENSORS HN y E L s E c 0 E u L /s Table 3. SSEC Magnetic Field Sensor Characteristics (1) CHARACTERISTIC , - HON E Y I i J E L L / S S E C - STANDARD MAGNETIC SENSOR PRODUCTS SSEC Part -
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HMR1160 HMR1160P HMR1160D HMR1040P HMR1040D HMR1040
Abstract: magnetic field Min. 200 2.45 Typ. 280 2.5 0 Max. 350 2.55 Unit kn V E le c tric a l C h a ra c te ris , SONY C O R P / C O M P O N E N T PRODS 16E D 6305363 000H163 1 S O N Y Magneto-Resistance Element D e s c rip tio n The D M -110 is a highly sensitive magneto resis tance element, composed of an evaporated ferro magnetic alloy on a silicon substrate. The element can be used for , eatures · Low power consumption 90 ix W (Typ.) at V cc = 5V · Low magnetic field and high sensitivity 50 -
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DM-110 T-65-05
Abstract: _ Vishay Dale â¼ Inductor and Magnetic Product Terminology DCR (DC R E S IS TA N C E ) The , flow in a plane that is perpendicular to the magnetic flux lines. E PO X Y COATED IN D U C TO R , increases. (See Skin Effect.) M A G N E T IC W IR E Wire used to create a magnetic field such as those , Saturation Current.) Q P E R M E A B IL IT Y (CORE) The permeability of a magnetic core is the , lications. They e xhibit higher flux density characteristics than other core shapes as most of the magnetic -
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Abstract: em u ic t la on te /e st -in in de for x. ma ht t m ion l . BL-H BW BH-L Applied magnetic flux , na tin nc ue e/ d 1 0 0 10 t (ns) (V) - applied magnetic field - applied magnetic field , /s bo em u ic t la on te /e st -in in de for x. ma ht t m ion l . Operating magnetic flux density , Hall ICs DN8798MS 3 V operation Hall IC Alternating magnetic field operation Unit: mm , chip with a fine patterning technology. The magnetic input signal is outputted by being converted to Panasonic
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Abstract: and TAOS are now ams. www.ams.com AS5304 / AS5306 I n t e g r a t e d H a l l I C s f o r L i n e a r an d O f f - A x i s R o t a r y M o t i o n D e t e c t i o n 1 General Description The , using multi-pole magnetic strips or rings. This allows the usage of the AS5304/ AS5306 in applications , . Using, for example, a 32pole-pair magnetic ring, the AS5304/AS5306 can provide a resolution of 1280 , (1.2mm north pole / 1.2mm south pole) for the AS5306. The chip accepts a magnetic field strength down to austriamicrosystems AG
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Abstract: shaded part in the figure. 0.5 N Direction of applied magnetic field Pl ea s ht e v tp is , em u ic t la on te /e st -in in de for x. ma ht t m ion l . Operating magnetic flux density Supply , Hall ICs DN8796MS 3 V operation Hall IC Alternating magnetic field operation Unit: mm , chip with a fine patterning technology. The magnetic input signal is outputted by being converted to , ­0.05 0.65±0.15 M Di ain sc te on na tin nc ue e/ d 0.95 1.90±0.20 2.90 +0.20 ­0.05 1 0.95 3 Panasonic
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Abstract: . 2 6 0 °C Magnetic flux d e n s ity . unlimited NO TES: 1. V oltag e values are w ith respect to ne tw ork ground term inal. 2. For , Voltage Linear with Applied Magnetic Field Sensitivity Stable Over Wide Operating Temperature Range LU , Static or Dynamic Magnetic Fields 0,43 mm (0.017 in.) CHIP FACE description functional block , tp u t voltage proportional to the magnetic field they sense. These monolithic circuits incorporate a -
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TL3103I TL3103C D3184 tl3103 Linear Hall-effect Sensor sensor current toroid TL31031 TL3103
Abstract: Ampere turns/m Table 2 Gauss Magnetic unit conversion S t ro ng es t E le c t ro M a gn et , AN5020_3 MAGNETIC PROPERTIES REQUIRED FOR USE WITH THE AS5020 APPLICATION NOTE Introduction , simple magnetic source placed close to it. The AS5020 device provides for a highly reliable, contactless, magnetic method of measuring angular position or rotation, at very low cost. The magnetic field , gives polarity information to the integrated Hall sensor array. The AS5020 device senses the magnetic austriamicrosystems AG
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recoma magnet Tesla sensor BMN35H
Abstract: becomes zero when the magnetic field strength is reversed after having been in a state o f effectiv e saturation magnetic flux density.(Fig.l) C Loss factor, tan d T h is is th e sum o f th e h y ste re , -y (g /c m 3 ) W here W: w eight o f the magnetic core (g) V: volum e o f the magnetic core(cm 3 , TERMS AND DEFINITIONS C> AC initial permeability, [Mac T h e AC in itia l p erm eab ility , f* c is th e lim itin g v alu e o f th e p erm eab ility at th e p o in t o f the magnetization curve -
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core eddy current hysteresis loss eddy current hysteresis loss coil eddy current
Abstract: 8¡E 0¡ 2¡W Figure 3 - Declination Angle To Correct For True North BASICS OF MAGNETIC , the azimuth, referenced to magnetic north. + VU VL A - + E W HMC1002 2 , earthÕs magnetic field, electronic compasses based on magnetoresistive (MR) sensors can electrically , - EarthÕs Magnetic Field vs. True North INTRODUCTION The magnetic compass has been used in , Chinese were using lodestoneÑa magnetic iron oreÑover 2000 years ago to indicate horizontal directions -
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magnetometer azimuth FLUXGATE HMC2003 2N6028 Application Note Tilt Sensors degree 3 axis fluxgate compass AN-201
Abstract: shaded part in the figure. 0.5 N Direction of applied magnetic field Pl ea s ht e v tp is , em u ic t la on te /e st -in in de for x. ma ht t m ion l . Operating magnetic flux density Supply , Hall ICs DN8799MS 3 V operation Hall IC One-way magnetic field operation Unit: mm Overview , chip with a fine patterning technology. The magnetic input signal is outputted by being converted to , ­0.05 0.65±0.15 M Di ain sc te on na tin nc ue e/ d 0.95 1.90±0.20 2.90 +0.20 ­0.05 1 0.95 3 Panasonic
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Abstract: measuring linear or rotary motion using multipole magnetic strips or rings. This allows the usage of the , external magnetic stray fields 3 Key Features Using, for example, a 32pole-pair magnetic ring, the , multi-pole magnetic strips or rings with pole pair lengths between 2.26 and 5.91mm and magnetic field , for absolute position measurement using a second magnetic track · 40 pulses per magnetic period. · Linear movement magnetic strips · Circular off-axis movement measurement using multipole austriamicrosystems AG
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AS5305 die tilt magnetic linear ENCODER IC magnetic rotary encoder circuit diagram programmable counter ic Rotary Sensor quadrature
Abstract: Honeywell SENSOR PRODUCTS Three-Axis Magnetic Sensor Hybrid APPLICATIONS Compassing , . Offset and Set/Reset Straps Magnetic field offsets or closed loop circuits can be applied using the , magnetic distortion and offsets. HMC2003 GENERAL DESCRIPTION Honeywellâ'™s three-axis magnetic sensor , the strength and direction of a magnetic field. These transducers are sensitive to mag­ netic , detected in the earthâ'™s magnetic field to provide com­ pass headings or attitude sensing. The high -
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HMC1001 DIP-20 12VDC 10E-4
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