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KM110B/1 datasheet (2)

Part ECAD Model Manufacturer Description Type PDF
KM110B/1 KM110B/1 ECAD Model Philips Semiconductors Magnetic Field Sensor Original PDF
KM110B/1 KM110B/1 ECAD Model Others Historical semiconductor price guide (US$ - 1998). From our catalog scanning project. Scan PDF

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Not Available

Abstract: No abstract text available
Text: between DC and 1 MHz. PINNING PIN 1 SYMBOL DESCRIPTION + v0 output voltage 2 GND ground 3 -V 0 output voltage 4 +Vcc supply voltage Marking: KMZ10B PHDxx. Fig. 1 , s tg storage temperature note 1 -40 +150 °C " ^ b r id g e bridge operating temperature -40 +150 °C V Note 1 . Maximum operating temperature of the thin-film permalloy , note 1 -2.2 - +2.2 kA/m S sensitivity open circuit; notes 2 and 3 2.9 3.6


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PDF KM110B/2 KM110B/2 FXD100 MBD882 MBD885 KM110B/2.
1998 - magnetic sensor circuit diagram

Abstract: "Magnetic Field Sensor" MAGNETIC SENSOR static field KMZ10B magnetic sensor marking HY FXD100 SC17 Magnetic Field Sensor marking HX 6 pin
Text: magnetic field measurement. The sensor can be operated at any frequency between DC and 1 MHz. x MLB874 1 2 3 4 PINNING PIN SYMBOL DESCRIPTION 1 +VO output voltage 2 , . Fig. 1 Simplified outline. QUICK REFERENCE DATA SYMBOL PARAMETER MIN. TYP. MAX. UNIT , pagewidth 4 3 2 1 VCC ­VO GND +VO Fig.2 Simplified circuit diagram. November , dissipation up to Tamb = 130 °C; see Fig.5 - 120 mW Tstg storage temperature note 1


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PDF KM110B/2 KM110B/2 FXD100 magnetic sensor circuit diagram "Magnetic Field Sensor" MAGNETIC SENSOR static field KMZ10B magnetic sensor marking HY SC17 Magnetic Field Sensor marking HX 6 pin
Not Available

Abstract: No abstract text available
Text: Philips Semiconductors Semiconductor Sensors Replacement list REPLACEMENT/WITHDRAWAL TYPES The following type numbers were in the previous issue of this data handbook, but not in the current version: TYPE NUMBER REPLACED BY REASON FOR DELETION KM110B/ 1 Discontinued KM110B/4 Discontinued KM110BH/11 KMI15/ 1 KM110BH/12 KMI15/ 1 KM110BH/13 KM 1 15/ 1 KM110BH/14 KM 1 15/ 1 KM110BH/31 Discontinued KM110BH/32 Discontinued KM110BH/2390 Discontinued


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PDF KM110B/1 KM110B/4 KM110BH/11 KMI15/1 KM110BH/12 KM110BH/13 KM110BH/14 KM110BH/31 KM110BH/32
magnetic speed sensor circuit diagram

Abstract: magnetic sensor circuit diagram "Magnetic Field Sensor" KMZ10 FXD100 KMZ10B 110B2 Thin-film magnetic resistance marking HY
Text: magnetic field measurement. The sensor can be operated at any frequency between DC and 1 MHz. PINNING PIN SYMBOL DESCRIPTION 1 +V0 output voltage 2 GND ground 3 -V0 output voltage 4 +VCc supply voltage .J 12 3 4 Marking: KMZ10B PHDxx. Fig. 1 Simplified outline. QUICK REFERENCE DATA SYMBOL PARAMETER MIN , .5 120 mW Tstg storage temperature note 1 40 +150 °C Tbridge bridge operating temperature -40 +150 °C Note 1 . Maximum operating temperature of the thin-film permalloy. THERMAL CHARACTERISTICS


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PDF KM110B/2 KM110B/2 FXD100 KMZ10B 711Dfi2b magnetic speed sensor circuit diagram magnetic sensor circuit diagram "Magnetic Field Sensor" KMZ10 110B2 Thin-film magnetic resistance marking HY
1998 - KMA10

Abstract: SC17 Philips KM110BH KMA20 Discrete Semiconductors SC17 KTY86-205 Sensors handbook KM110BH14 "KTY86"
Text: KM110B/ 1 Discontinued KM110B/4 Discontinued KM110BH/11 KMI15/ 1 KM110BH/12 KMI15/ 1 KM110BH/13 KMI15/ 1 KM110BH/14 KMI15/ 1 KM110BH/31 Discontinued KM110BH/32 Discontinued


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PDF KM110B/1 KM110B/4 KM110BH/11 KMI15/1 KM110BH/12 KM110BH/13 KM110BH/14 KMA10 SC17 Philips KM110BH KMA20 Discrete Semiconductors SC17 KTY86-205 Sensors handbook KM110BH14 "KTY86"
magnetic sensor 21 L

Abstract: magnetic speed sensor circuit diagram magnetic sensor circuit diagram Thin-film magnetic resistance
Text: 1 2 3 SYMBOL + v0 GND DESCRIPTION output voltage ground output voltage supply voltage Marking: KMZ12B PHDxx. -V 0 +Vcc 4 Fig. 1 Simplified outline. QUICK REFERENCE DATA SYMBOL Vcc , < 1 h during lifetime; see notes 2 and 3 up to Tamb = 130 °C see note 1 CONDITIONS -40 -40 MIN. KM 110B/4 MAX. 12 120 32 +150 +150 190 V UNIT mW kA/m °C °C °C 1 . It is not permitted to press , otherwise specified. SYMBOL Rbridge Voffset S foper TCVoffset TC Rbridge TCS Notes 1 . Measured in an


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PDF KM110B/4 FXD100 711062L. 110B/4 MGA102 magnetic sensor 21 L magnetic speed sensor circuit diagram magnetic sensor circuit diagram Thin-film magnetic resistance
KMZ10B

Abstract: MSA103 KMZ10 SOT195
Text: sensor DESCRIPTION The KM110B/ 1 is a sensitive magnetic field sensor, employing the magneto-resistive , offset voltage of the KM 11 OB/ 1 is magnetically trimmed during the magnetization process. PINNING PIN DESCRIPTION 1 output voltage (+) 2 ground 3 output voltage (-) 4 supply voltage (VCc) QUICK REFERENCE DATA KM110B/ 1 N AMER PHILIPS/DISCRETE bRE ]> PIN CONFIGURATION cc ground Marking: KMZ10B PHDxx. Fig. 1 Simplified outline and circuit configuration. SYMBOL PARAMETER MIN. TYP. MAX. UNIT Vcc DC


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PDF 0032b24 KM110B/1 KMZ10B KM110B/1 MGA102 0032b27 OT195. MSA103 KMZ10 SOT195
magnetic speed sensor circuit diagram

Abstract: magnetic sensor circuit diagram kmz12b MAGNETIC SENSOR static field eddy current Sensor 110B4 Magnetic Field Sensor Thin-film magnetic resistance FXD100 permalloy
Text: 1 +v0 output voltage 2 GND ground 3 -V0 output voltage 4 +VCc supply voltage ,J 12 3 4 Marking: KMZ12B PHDxx. Fig. 1 Simplified outline. QUICK REFERENCE DATA SYMBOL PARAMETER MIN. TYP. MAX. UNIT Vcc , .2 Simplified circuit diagram. November 1994 2 This Material Copyrighted By Its Respective Manufactu^ "? 1 1 0 , = 130 °C - 120 mW HD external disturbing field see note 1 - 32 kA/m Tstg storage temperature -40 , operating temperature max. 3 times < 1 h during lifetime; see notes 2 and 3 190 °C Notes 1 . It is not


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PDF KM110B/4 KM110B/4 FXD100 711Gfi5t, magnetic speed sensor circuit diagram magnetic sensor circuit diagram kmz12b MAGNETIC SENSOR static field eddy current Sensor 110B4 Magnetic Field Sensor Thin-film magnetic resistance permalloy
1998 - KMZ51

Abstract: LM532 kmz51 philips KMZ10C Application Note kmz51 compass Philips application note using kmz51 KMZ10B gravity sensor compass philips KMZ10A application note
Text: effect ­ Linearization ­ Flipping ­ Temperature compensation. Fig. 1 Philips magnetoresistive , . 2 R = R O + R O cos ( 1 ) Ro and Ro are material parameters and to achieve optimum sensor , is of the order of 3%. For more information on materials, see Appendix 1 . Operating principles , units used for magnetic fields are given in Table 1 ). It is obvious from this quadratic equation , " later in this chapter or Appendix 1 , which examines the MR effect in detail. Common magnetic units


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PDF KM110BH/2270 MGG457 KM110BH/22/70 KMZ10B MGG458 KMZ10B KMZ51 LM532 kmz51 philips KMZ10C Application Note kmz51 compass Philips application note using kmz51 gravity sensor compass philips KMZ10A application note
Not Available

Abstract: No abstract text available
Text: KMZ51 118 KTY82-221 280 KMI15/ 1 154 KTY82-222 280 K M I15/2 164 KTY82


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PDF KM110B/2 KTY82-120 KMZ10A KTY82-121 KMZ10A1 KTY82-122 KMZ10B KTY82-150 KMZ10C KTY82-151
KMZ51

Abstract: LM532 kmz51 philips Philips application note using kmz51 Sensors handbook gravity sensor KMZ10C Application Note KMZ10A application note KMZ10B KMZ10
Text: Linearization ­ Flipping ­ Temperature compensation. Fig. 1 Philips magnetoresistive sensors. 1998 Jun 12 , R = R O + R O cos ( 1 ) Ro and Ro are material parameters and to achieve optimum sensor , is of the order of 3%. For more information on materials, see Appendix 1 . Operating principles , units used for magnetic fields are given in Table 1 ). It is obvious from this quadratic equation , " later in this chapter or Appendix 1 , which examines the MR effect in detail. Common magnetic units


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PDF KM110BH/2270 MGG457 KM110BH/22/70 KMZ10B MGG458 KMZ10B KMZ51 LM532 kmz51 philips Philips application note using kmz51 Sensors handbook gravity sensor KMZ10C Application Note KMZ10A application note KMZ10
philips kty87

Abstract: KTY87-205
Text: to 125 990 to 1010 25 ±1.3 25 1 - 4 0 to 125 980 to 1020 25 ±2.6 25 1 25 1 Package Outline Temperature Range (X) KT Y 84 -152 SO D -68 - 4 0 to 300 K T Y 8 5 - 1 10 SO D -80 KTY85-120 (note 1 ) SO D -80 Type at Tamb Resistance , - 4 0 to 125 1000 to 1020 25 ± 1.3 25 1 - 4 0 to 125 950 to 1050 25 ± 6.6 25 1 KT Y 85-150 (note 2) SO D -80 KTY85-151 SO D -80 - 4 0 to 125 950 to


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PDF KTY85-120 KTY85-121 KTY85-122 110BH philips kty87 KTY87-205
SOD70 package

Abstract: KTY82/120/DG/B2,21
Text: ) 118 KMZ11B1 114 Notes 1 . In air, 1 kA/m corresponds to 1.25 mT. 2. KMZ1 OB with magnet , KMI15/ 1 2.5 0 to 25000 note 1 SOT453B 154 KMI15/2 2.5 0 to 25000 note 2 SOT453A 164 KMI15/4 2.0 0 to 25000 note 1 SOT453C 170 TYPE Notes 1 , SOT23 25 ±1.3 25 SOT23 270 280 -55 to +150 -55 to +150 1 960 to 2040 1960 to , KTY85-152 -40 to +125 1 000 to 1050 25 ±3.3 25 SOD80 305 KTY84-130 KTY84


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PDF KM110B/2; KMZ10A KMZ10A1; OT195 KMZ10B KMZ10C KMZ41 KMZ50 SOD70 package KTY82/120/DG/B2,21
1998 - 41a Hall Effect Magnetic Sensors

Abstract: 41a hall sensor car Speed Sensor KMZ10B PM6654 car Speed Sensor circuit diagram KMI10/1 eddy current KMZ10 ABS Wheel Speed Sensor
Text: General · It has a very wide operating frequency range (DC up to > 1 MHz), with the sensor still , the target and the influence depends on the position of the target in front of the sensor (see Fig. 1 , MBE073 Fig. 1 Speed detection using a magnetoresistive sensor. 1998 Jun 15 2 Philips , Table 1 . Table 1 MGG459 Fig.2 Typical oscilloscope trace for rotational speed measurement , d diameter mm m module m = d/z mm p pitch p = · m mm ASA( 1 ) PD pitch


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PDF MGG481 MGG482 MGG483 MGG484 41a Hall Effect Magnetic Sensors 41a hall sensor car Speed Sensor KMZ10B PM6654 car Speed Sensor circuit diagram KMI10/1 eddy current KMZ10 ABS Wheel Speed Sensor
41a hall sensor

Abstract: 41a Hall Effect Magnetic Sensors KMZ10B eddy current braking system PM6654 41a hall sensor 125 kmi Sensor KMI10/1 KMZ10 crankshaft position sensor
Text: frequency range (DC up to > 1 MHz), with the sensor still producing a signal down to 0 Hz, allowing its use , the influence depends on the position of the target in front of the sensor (see Fig. 1 ). direction , sensor (a) (b) (c) (d) V t MBE073 Fig. 1 Speed detection using a magnetoresistive , wheel diameter and the number of teeth, described in Table 1 . Table 1 MGG459 Fig.2 Typical , p pitch p = · m mm ASA( 1 ) PD pitch diameter (d in inches) inch DP diametric


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PDF MGG481 MGG482 MGG483 MGG484 41a hall sensor 41a Hall Effect Magnetic Sensors KMZ10B eddy current braking system PM6654 41a hall sensor 125 kmi Sensor KMI10/1 KMZ10 crankshaft position sensor
Not Available

Abstract: No abstract text available
Text: 3%. For more information on materials, see Appendix 1 . O perating principles Magnetoresistive , for magnetic fields are given in Table 1 ). Table 1 It is obvious from this quadratic equation , €™â€™ later in this chapter or Appendix 1 , which examines the MR effect in detail. Common magnetic units 1 kA/m = 1.25 mTesla (in air) 1 mT = 10 Gauss The basic operating principle on an MR sensor is shown in Fig.2. 1996 Dec 06 ( 1 ) 15 Philips Semiconductors Product specification


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PDF KMZ10 KMZ11
Brain wave signal sensor

Abstract: KMZ10C Sm2CO17 MLC127 KMZ10C Application Note UZZ9000 Sensors handbook KMZ10B KMZ10 Sm2Co17-magnets
Text: production of Philips modules by trimming. Fig. 1 The magnetization effect in permalloy. 1997 Jan 09 , RANGE From the basic relationship (see Appendix 1 on the magnetoresistive effect): (R = Ro + Rocos2 , 2 1 1 2 2 1 1 2 MBH660 Fig.7 Layout KMZ41 chip. Figure 7 shows the actual , For further details, refer to Table 1 . The KM110BH/2270 module, which is based on the KMZ11B1 , further details, refer to Table 1 . 19.05 handbook, full pagewidth 0.25 0.05 3.2 max 0.8


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PDF
1998 - Brain wave signal sensor

Abstract: KMZ10C Application Note sensor systems potentiometer Sm2CO17 BARBER pedal sensor KMZ41 KMZ10C KMZ10 Designing With Magnetoresistive Sensors
Text: . M ag ne tiz H Current I MLC127 Fig. 1 The magnetization effect in , reduced. EXTENDING ANGLE RANGE From the basic relationship (see Appendix 1 on the magnetoresistive , handbook, full pagewidth 2 1 1 2 2 1 1 2 MBH660 Fig.7 Layout KMZ41 chip , two modules, as a function of the measured angle . For further details, refer to Table 1 . When , KM110BH/2270G. For further details, refer to Table 1 . 19.05 handbook, full pagewidth 0.25 0.05


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bf0262a

Abstract: BF0262 OM335 1N5821ID OM336 OM2061 OM926 BUK645 OM2060 BLY94
Text: 1N4746A 1N4747A 1N4748A 1N4749A 1N5059 1N5060 1N5061 1N5062 1N5225B 1N5226B Page 11 11 11 11 11 1 1 11 , 105 105 105 105 105 11 105 106 106 106 105 106 47,105 106 106 11 11 11 11 1 1 106 10 10 10 10 10 105 , Type OM339 OM925 OM926 OM926E OM926ESMD OM956/ 1 OM975 OM976 OM977 OM978 OM2045 OM2046 OM2050 OM2052


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PDF 1N821 1N821A 1N823 1N823A 1N825 1N825A 1N827 1N827A 1N829 1N829A bf0262a BF0262 OM335 1N5821ID OM336 OM2061 OM926 BUK645 OM2060 BLY94
43a hall sensor

Abstract: 43a Hall Effect Magnetic Sensors eddy current braking
Text: MEASUREMENT • It has a very wide operating frequency range (DC up to > 1 MHz), with the sensor still , position of the target in front of the sensor (see Fig. 1 ). (b) (c) Fig. 1 Speed detection using a , relationship between wheel diameter and the number of teeth, described in Table 1 . Table 1 Vi f\. , inch- 1 CP circular pitch CP = 7t /DP inch ASA< 1 ) Note For conversion from ASA to DIN: m , Fig.3) SYMBOL 1 . / 125 Philips Semiconductors Product specification Rotational


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PDF MGG481 MGG482 MGG483 MGG484 43a hall sensor 43a Hall Effect Magnetic Sensors eddy current braking
Sony CXA1191M

Abstract: philips ecg master replacement guide FZK101 YD 803 SGS FZK 101 Siemens CMC 707 am radio receiver philips ecg semiconductors master replacement guide CXA1191M ym2612 ecg semiconductors master replacement guide
Text: \/-+ 1 -|5V in gnd in|- 24 2 -|5V in gnd in|- 23 3 -|5V in gnd in|- 22 4 -| gnd in|- 21 5 - , -063 +-\/-+ 1 -|sc dc|- 8 2 -|se ipk|- 7 3 -|tc Vcc|- 6 4 -|gnd cii|- 5 +-+ 1005 -1005 +-\/-+ 1 -|1A Vcc|- 14 2 -| 1 /Y 6A|- 13 3 -|2A 6/Y|- 12 4 -|2/Y 5A|- 11 5 -|3A 5/Y|- , : +-+-+-+-+ | 1 - NC | 8 - NC | 15 - NC | 22 - NC | | 2 - VCC(GND)| 9 - A3 | 16 - A7 | 23 - DI1 | | 3 , ://www.chipdir.org/ Page 1 Untitled 10g010


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PDF 0512d ------------------------------------0512d z86e04 Sony CXA1191M philips ecg master replacement guide FZK101 YD 803 SGS FZK 101 Siemens CMC 707 am radio receiver philips ecg semiconductors master replacement guide CXA1191M ym2612 ecg semiconductors master replacement guide
2007 - L7251-3.1

Abstract: B134G0943#1 AL133-00015.1 MPAW37.1 B133HTN01.1 A602192.1 ce6v14.1 L6284-3.1 1/transistor+ba41 MAR3-T13-144R7-0.1
Text: HEIGHT ( X DIMENSION) NO. OF CHIPS 1 2 3 4 5 UNLEADED ASSEMBLIES NN, NP .100 (2.54) .100 , 154 184 224 274 334 394 474 564 684 824 105 125 155 185 225 275 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 3 3 3 4 5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 3 3 3 4 5 1 1 1 1 1 1


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2010 - AL133-00015.1

Abstract: L7251-3.1 AP6KE9.1 CSA107.1 A608569.1 1/CN0944 1+to+2+MIPI+buffer+IC
Text: Solderless splices CLOSED-END E F L E L Style 2 F Style 1 Style 2 Style 1 , Dimensions mm (in.) Tool No. YS-2622 YS-2216 YS-1614 YS-1210 YS-8S YA- 1 YA-2 YA-4 o o o o o o o o o o o o o o , ) (4.0 to 9.0) CE1(CE-100) CE2(CE-230) CE5(CE-550) CE8(CE-800) 2-SDW 0.5-SD 1 -SD 2-SD 5.5-SD 8-SD 2 1 , (.315) 22.2 (.874) 10.2 (.402) o o o o Nylon o o o o o o o 1 ,000 1 ,000 500 250 1 ,000 5,000 1 ,000 1 ,000 500 250 9.3 (.366) 12.0 (.472) 9.3 (.366) 12.0 (.472) Note: 1 ) Products with the JIS


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PDF E42024 LR20812 JQ0607003 YS-2622 YS-2216 YS-1614 YS-1210 BCT-0514 CE-800/CE-800V) AL133-00015.1 L7251-3.1 AP6KE9.1 CSA107.1 A608569.1 1/CN0944 1+to+2+MIPI+buffer+IC
UL E42024

Abstract: L7251-3.1 A612826.1 1/sn1350 th2167.1 CSA107.1 C2807 ys1614 LR20812 E42024
Text: Solderless splices ¿D ¿B E Style 1 F E L Actual Style 1 Style 2 CE1(CE , (.150) 7.2 (.283) 9.5 (.374) 28.0(1.102) 12.0 (.472) 1 9.5 (.374) 4.5 (.177) o o , 1.75) 1 -SD 15.2 (.598) 5.9 (.232) 8.0 (.315) 2.2 (.087) 5.0 (.197) 6.2 (.244 , to 1.75) 16 to 14 E YA-2 YA-4 22 to 16 ød L F YA- 1 Standard Style , splice. 686022 YS-2622 LR20812 Applicable Wire Note: 1 ) Products with the JIS mark conform


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PDF CE-100) CE-230) CE-550) CE-800) UL E42024 L7251-3.1 A612826.1 1/sn1350 th2167.1 CSA107.1 C2807 ys1614 LR20812 E42024
111L2

Abstract: 13007 h3 PEF41068FV1.1 L6284-3.1 DSTH506010.1 L7251-3.1 AL133-00015.1 j1 3003 E 13007 1/CN0944
Text:  1 MIL-M-38510/320C 6 March 1985_ SUPERSEDING MIL-M-38510/320B 28 February 1984 MILITARY , ioecification is approved for use by all Departments and Agencies of the Department of Defense. 1 . SCOPE , , cascadable Presettable 4-bit binary counter, cascadable Q3 Decade counter 04 4-bit binary counter 1 2 2 , -38510, appendix C) A F-l (14-lead, 1 /4" x 1 /4"), flat package i F-3 14-lead 3/16" x 1 /4"), flat package f D-l (14-lead, 1 /4" x 3/4"), dual-in-line package o c ; (U lead 1 /4" x 3/8"), flat package \ cl (terminal


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PDF MIL-M-38510/320C MIL-M-38510/320B MIL-M-38510, officei1985-505-038 111L2 13007 h3 PEF41068FV1.1 L6284-3.1 DSTH506010.1 L7251-3.1 AL133-00015.1 j1 3003 E 13007 1/CN0944
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