Q67006-A9171 INFINEON [Infineon Technologies AG], Q67006-A9171 Datasheet
Q67006-A9171
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Q67006-A9171 Summary of contents
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... Unlike other rotational sensors differential Hall ICs are not influenced by radial vibration within the effective airgap of the sensor and require no external signal processing. Data Sheet P-SSO-4-1 Ordering Code Package Q67006-A9171 P-SSO-4-1 1 TLE 4921-3U Bipolar IC 2000-07-01 ...
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Pin Configuration (view on branded side of component) Figure 1 Pin Definitions and Functions Pin No. Symbol GND 4 C Data Sheet Center of sensitive area ±0.15 2.67 2 ...
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Protection Device Hall-Probes 3 GND Figure 2 Block Diagram Data Sheet Internal Reference and Supply V (3V) reg Highpass- Schmitt- Filter Trigger Amplifier TLE 4921-3U Open Protection Collector Device 2 Q AEB01695 2000-07-01 ...
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Functional Description The Differential Hall Sensor IC detects the motion and position of ferromagnetic and permanent magnet structures by measuring the differential flux density of the magnetic field. To detect ferromagnetic objects the magnetic field must be provided by a ...
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Absolute Maximum Ratings T = – 150 C j Parameter Supply voltage Output voltage Output current Output reverse current Capacitor voltage Junction temperature Junction temperature Junction temperature Junction temperature Storage temperature Thermal resistance P-SSO-4-1 Current through input- protection ...
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Operating Range Parameter Supply voltage Junction temperature Pre-induction Differential induction Note: In the operating range the functions given in the circuit description are fulfilled. AC/DC Characteristics Parameter Symbol I Supply current S V Output saturation QSat voltage Output leakage I ...
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AC/DC Characteristics (cont’d) Parameter Symbol t Output fall time f 3) Delay time t dop t drp t dop R Filter input C resistance S Filter sensitivity Filter bias voltage C Frequency f B Resistivity against ...
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R 300 4 Figure 3 Test Circuit Figure 4 Test Circuit 2 Data Sheet ...
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Application Configurations Two possible applications are shown in Figure 7 and 8 (Toothed and Magnet Wheel). The difference between two-wire and three-wire application is shown in Figure 9. Gear Tooth Sensing In the case of ferromagnetic toothed wheel application the ...
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Hall Sensor 1 Signal Processing Circuitry Figure 7 TLE 4921-3U, with Ferromagnetic Toothed Wheel S Hall Sensor 1 Signal Processing Circuitry Figure 8 TLE 4921-3U, with Magnet Wheel Data Sheet S (N) N (S) Magnet Wheel N 10 TLE 4921-3U ...
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Two-wire-application C 470 nF for example : Three-wire-application 470 nF for example : R = 330 ... P Figure 9 Application Circuits Data Sheet ...
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Wheel Profile Magnetic Field Difference B = B2-B1 Operate point : < Release point : > The magnetic field is defined as positive if the south pole of the ...
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Quiescent Current versus Supply Voltage 10 7 OFF 5.0 2 Quiescent Current Difference versus Temperature 1 0. ...
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Saturation Voltage versus Temperature 0 4 0.3 0.2 0 Saturation Voltage versus Supply Voltage 0 ...
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Switching Induction versus Temperature 200 Hz max 1 typ 0 min - Minimum Switching Field versus Frequency 3.0 B min mT C ...
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Delay Time between Switching Threshold B V and Falling Edge dop dop 1 Delay Time ...
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Rise and Fall Time versus Temperature 100 - Capacitor Voltage versus Temperature 3 2.5 2.0 ...
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Filter Sensitivity versus Temperature - typ - - Delay Time for Power from 4.5 V) versus Temp. pon 0.35 ...
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Package Outlines P-SSO-4-1 Plastic Single Small Outline Package ( 5.38 ±0.05 0.2 5.16 ±0.08 1.9 max. 0.6 max. +0.05 0.4 1.27 3.81 6.35 ±0.4 Sorts of Packing Package outlines for tubes, trays etc. are contained in our Data Book “Package ...