variable resistor 104
Abstract: Q65412-L100
Text: Differential Magneto Resistor FP 412 L 100 Dimensions in mm Features Typical applications • • • • • • • • • • • Accurate intercenter spacing High operating temperature range High output voltage Signal amplitude independent of speed Compact construction
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Q65412-L100
R01-2
R02-3
variable resistor 104
Q65412-L100
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TESLA 1
Abstract: 104Gauss
Text: Differential Magneto Resistor FP 412 D 250 Dimensions in mm Features Typical applications • • • • • • • • • • • Accurate intercenter spacing High operating temperature range High output voltage Signal amplitude independent of speed Compact construction
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Q65412-D
R01-3,
R04-6
R01-2
R02-3
TESLA 1
104Gauss
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J-STD-002 test A
Abstract: LCD inverter 94v 0 capacitor 106 20K lcd backlight inverter luggage security system tesla coil X7R 1KV RS-198 106 10K KEMET
Text: High Temperature, High Voltage Performance Characteristics GENERAL SPECIFICATIONS ENVIRONMENTAL Working Voltage: C0G 50, 100, 200, 500, 1k, 2k, 3k, 4k, 5k, 7.5k, 10k, 15k, 20k X7R 50, 100, 200, 500, 1k, 2k, 3k, 4k, 5k, 7.5k, 10k, 15k, 20k, 30k, 40k, 50k X5U
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RS-198,
J-STD-002 test A
LCD inverter 94v 0
capacitor 106 20K
lcd backlight inverter
luggage security system
tesla coil
X7R 1KV
RS-198
106 10K KEMET
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Q65420-L90
Abstract: Q65420-L0090E001 r046 q65420l90 magneto R023
Text: Double Differential Magneto Resistor FP 420 L 90 Dimensions in mm Features Typical applications • • • • • • • • • • • Double differential magneto resistor on one carrier Accurate intercenter spacing High operating temperature range High output voltage
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Q65420-L90
Q65420-L0090E001
R01-2
R02-3
R04-5
R05-6
R01-3,
Q65420-L90
Q65420-L0090E001
r046
q65420l90
magneto
R023
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magneto resistor
Abstract: Q65425-L90 R01-3 Q65425-L0090E001 magneto
Text: Differential Magneto Resistor FP 425 L 90 Dimensions in mm Features Typical applications • • • • • • • • • • • Double differential magneto resistor on one carrier Accurate intercenter spacing High operating temperature range High output voltage
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Q65425-L90
Q65425-L0090E001
R01-2
R02-3
R04-5
R05-6
R01-3,
magneto resistor
Q65425-L90
R01-3
Q65425-L0090E001
magneto
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Q65110-L80F
Abstract: Q65410-L80E TESLA 1
Text: Double Differential Magneto Resistor FP 410 L 4 x 80 FM Version 2.0 Dimensions in mm Features Typical Applications • Double differential magneto resistor on same carrier • Accurate intercenter spacing • High operating temperature range • High output voltage
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Q65410-L80E
Q65110-L80F
R01-2
R02-3
R04-5
R05-6
R01-3,
Q65110-L80F
Q65410-L80E
TESLA 1
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Q65110-L80F
Abstract: Q65410-L80E
Text: Double Differential Magneto Resistor FP 410 L 4 x 80 FM Dimensions in mm Features Typical applications • Double differential magneto resistor on same carrier • Accurate intercenter spacing • High operating temperature range • High output voltage
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Q65410-L80E
Q65110-L80F
R01-2
R02-3
R04-5
R05-6
R01-3,
Q65110-L80F
Q65410-L80E
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Tesla
Abstract: SBV525 RHY19 tesla semiconductor asco Q61708 tesla b 100
Text: R H Y 19, SBV525 Hall probes for small air gaps Hall-effect device RHY 19 and SBV 525 are designed for magnetic field measure ments in extremely narrow air gaps semiconductor material InAs . Hall voltage leads: blue tubing; control current leads: red tubing.
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RHY19,
SBV525
RHY19
Q61708-Y19
Q64099-V
Tesla
SBV525
tesla semiconductor
asco
Q61708
tesla b 100
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tangential
Abstract: Tesla Q64003-T21
Text: TC 21 Tangential probe TC 21 is a Hall effect device for measuring the tangential field intensity of magnetic materials semiconductor material InAs . Hall voltage leads: blue tubing; wire length: 120 mm. Control current leads: red tubing; tubing length: 100 mm.
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Q64003-T21
tangential
Tesla
Q64003-T21
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Tesla
Abstract: SBV595 Hall 300 Q64099
Text: SBV595 Hall field probe The field probe SBV 595 w ith an epitaxial semiconductor layer of GaAs is particularly suitable for precision measurements of magnetic fields. The cross-shaped Hall chip ensures a particularly small linearization error. •^electrical system
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SBV595
SBV595
Q64099-V595
Tesla
Hall 300
Q64099
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Q64001
Abstract: FA22e EA218 f22e Hall 22e Q64001-F22E Tesla
Text: EA218, FA 22e Insertion probe EA218, Field probe FA22e E A 218 and F A 2 2 e are Hall generators suitable for measuring AC and DC fields semiconductor material InAs . EA 218 Hall voltage leads: red/yellow, control current leads: green/violet (In mounting the top face (seat of electrode) must be insulated)
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EA218,
FA22e
EA218
FA22e
Q64001-E218
Q64001-F22E
Q64001
f22e
Hall 22e
Q64001-F22E
Tesla
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Untitled
Abstract: No abstract text available
Text: Halbleiter-Sensoren Semiconductor Sensors Symbole Begriffe Symbols Terms s M agnetische Induktion B M agnetic induction Fl Linearitätsfehler 'o u t Linearity error Output current O perating current A usgangsstrom Arbeitsstrom , Betriebsgleichstrom A juI !
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65210-L101
65210-D
65210-L100-W
65212-D
65212-L1004
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Hall Siemens sbv 525
Abstract: K2487 Hall Siemens hall generator siemens hall generator siemens hall probe siemens sbv
Text: 2^ T> • 023SbOS Q01b3?l ô H S I E 6 Field Probe for Measurements in Small Gaps S B V 525 SIEMENS AKTIENGESELLSCHAF - The S B V 525 is a hall generator of InAs semiconductor material designed for measuring magnetic fields in small gaps. S B V 5 25
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023SbOS
Q01b3
4099-V
TCV20
Hall Siemens sbv 525
K2487
Hall Siemens
hall generator
siemens hall generator
siemens hall probe
siemens sbv
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RHY17
Abstract: RHY18 Q61708 tesla semiconductor Hall 300
Text: R H Y17, RHY18 Low-temperature Hall probes RH Y 17 and R H Y 18 are Hall generators for measuring magnetic fields down to —2 6 9 °C. The flat and cylindrical respectively forms are suitable for universal and axial measurements (respectively). They find application in cryology, i.e. super
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RHY17,
RHY18
RHY17
RHY18
Q61708-Y17
Q61708-Y18
OHY18
Q61708
tesla semiconductor
Hall 300
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magnetoresistor
Abstract: No abstract text available
Text: SÌE D • flaBSbOS DOlbS'te 1 MSIEfi M agnetoresistor FP 30 D 250 E - SIEMENS AKTIEN6ESELLSCHAF Features 0 ,5 î0 .i -Active area • InSb/NiSb semiconductor CuL 0 0 .0 8 • Flux concentrating iron substrate m • High sensitivity r m
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fl235b05
magnetoresistor
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FC33
Abstract: S290 Q64003-F FC34 Fc-34 FC32
Text: FC 32, FC 33, FC34 Field probes FC 32, FC 33, and FC 34 are designed for high-precision measurements of magnetic fields. Temperature coefficients j8 are minimized semiconductor material InAsP . Type Order number FC 32 FC 33 FC 34 Q 640 03 -F 32 Q 640 03 -F 33
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Q64003-F
Q64003-F34
FC33
S290
FC34
Fc-34
FC32
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we381
Abstract: magneto resistor
Text: Infineon technologies FP 410 L 4 X 80 FM Double Differential Magneto Resistor Dimensions in mm Features Typical Applications • Double differential magneto resistor on same carrier • Accurate intercenter spacing • High operating temperature range • High output voltage
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Q65410-L80E
Q65110-L80F
flE35b05
013437b
we381
magneto resistor
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IAO5 Sharp
Abstract: free transistor equivalent book 2sc siemens transistor asy 27 Diode BAY 61 TRANSISTOR BJ 131-6 tesla typ 202 thyristor Tesla z1072 HALL EFFECT 21E z1071
Text: SIEM EN S Semiconductor Manual Discrete Industrial Types 1974 ACY 23, ACY 32 PNP Transistors for AF pre-stages The ACY 23 and ACY 32 are alloyed germanium PNP transistors in the case 1 A 3 DIN 41871 sim. TO -1 . The leads are electrically insulated from the case. The
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Q60103-
thS10
to3530
to4600
to4600
IAO5 Sharp
free transistor equivalent book 2sc
siemens transistor asy 27
Diode BAY 61
TRANSISTOR BJ 131-6
tesla typ 202 thyristor
Tesla
z1072
HALL EFFECT 21E
z1071
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SBV579
Abstract: tesla semiconductor
Text: SBV579 Hall field probe The field probe SBV 579 is only suited to measure DC magnetic fields. The Hall chip of cross-shaped design ensures a particularly small linearization error semi conductor material InAs . The electrical system is protected by a coat of varnish.
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SBV579
Q64099-V579
1iO05
SBV579
tesla semiconductor
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SBV566
Abstract: hall generator sbv 566 SBV570
Text: SBV570 Hall signal probe The signal probe SB V 570 serves for contactless signal emission or position indication of magnets. Its design and dimensions are similar to those of SB V 566, however, it does not have a ferromagnetic cover and has no ferromagnetic substrate; i.e. there
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SBV570
Q64099-V570
SBV566
hall generator
sbv 566
SBV570
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Untitled
Abstract: No abstract text available
Text: SIEMENS Double Differential Magneto Resistor FP 420 L 90 1.6 pin connection 2 6 fingers on both sides free of lacquer 3) Center-distance between the Diff.-Systems. Approx, weight 0.2 g GPX06896 Dimensions in mm Features Typical applications • • •
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GPX06896
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Hall sensors Siemens
Abstract: hall sensor siemens Siemens Hall K/tesla semiconductor Hall Hall Siemens
Text: SIEMENS 3.1 Hall-Effect Sensors Fundamentals The Hall effect, so named after its discoverer Edwin Hall in 1879, is the result of the Lorentz force on moving electrons subjected to a magnetic field. Fig. 1a is a representation of the current flow in a material when no magnetic field is present. As
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Untitled
Abstract: No abstract text available
Text: SIEMENS FP 412 L 100 Differential Magneto Resistor ’ ^Punching—points 00.8 ;=[o.o4ic W o j s ia ; 1) If delivery os tape,separate at punching—poinls 2) Connections on both sides free of lacquer 3) Mechanical connections 4) Center-distance between the Diff,-Systems
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Untitled
Abstract: No abstract text available
Text: SIEMENS FP 410 L 4x80 FM Double Differential Magneto Resistor •//[(Hie! .6 pin connection {-1 0 .2 5 ] B': 0.25] A] i-[0 '.0 4 [C ] c o ld ii [ B i 1) 2) 3) 4) If delivery as lape, separate a l p u n ch in g -p o in ts Connections on both sides free of lacquer
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pxo6776
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