ATS616LSGTN-T Allegro Microsystems Inc, ATS616LSGTN-T Datasheet
ATS616LSGTN-T
Specifications of ATS616LSGTN-T
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ATS616LSGTN-T Summary of contents
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Dynamic Self-Calibrating Peak-Detecting Differential Features and Benefits • Self-calibrating for tight timing accuracy • First-tooth detection • Immunity to air gap variation and system offsets • Eliminates effects of signature tooth offsets • Integrated capacitor provides analog peak and valley ...
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... This device is particularly suited to those applications that require extremely accurate duty cycle control or accurate edge- Selection Guide Part Number Package ATS616LSGTN-T 4-pin plastic SIP ® *Contact Allegro for additional packing options Absolute Maximum Ratings ...
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ATS616LSG OPERATING CHARACTERISTICS over operating voltage and temperature range, unless otherwise noted Characteristic ELECTRICAL CHARACTERISTICS 2 Supply Voltage Power-On State Undervoltage Lockout Threshold Output On Voltage Supply Zener Clamp Voltage Output Zener Clamp Voltage Supply Zener Current Output Zener Current ...
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ATS616LSG REFERENCE TARGET 60+2 Characteristics Symbol Outside Diameter D o Face Width F Circular Tooth Length t Signature Region Cir- t SIG cular Tooth Length Circular Valley Length t v Tooth Whole Depth h t Material Branded Face of Package ...
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ATS616LSG Supply Current (Off) versus Supply Voltage (V) CC Supply Current (Off) versus Ambient Temperature ...
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ATS616LSG Relative Timing Accuracy versus Air Gap Sequential Tooth Falling Edge 1000 rpm 1.5 1.0 0.5 0.0 -0.5 -1.0 -1.5 0.5 1.0 1.5 2 (mm) Relative Timing Accuracy versus Air Gap Signature Tooth Falling Edge 1000 rpm 1.5 ...
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ATS616LSG Relative Timing Accuracy versus Ambient Temperature Sequential Tooth Falling Edge 0.5 mm 1.5 1.0 0.5 0.0 -0.5 -1.0 -1.5 – 100 T (°C) A Relative Timing Accuracy versus Ambient Temperature Sequential Tooth Rising Edge 0.5 mm 1.5 ...
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ATS616LSG THERMAL CHARACTERISTICS may require derating at maximum conditions, see application information Characteristic Package Thermal Resistance *Additional information is available on the Allegro Web site. Dynamic Self-Calibrating Peak-Detecting Differential Hall Effect Gear Tooth Sensor IC Symbol Test Conditions* Single-sided PCB ...
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ATS616LSG The ATS616 is a Hall IC/rare earth Assembly Description. pellet configuration that is fully optimized to provide digi- tal response to gear tooth edges. This device is packaged in a molded miniature plastic body that has been optimized for ...
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ATS616LSG AGC circuit sets the gain of the device after power-on 0.25 mm air gap change can occur after calibration is complete without significant performance impact. The ATS616 has several advantages Superior Performance. over conventional Hall-effect devices. ...
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ATS616LSG (normal AC coupling commonly used technique for elimi- nating circuit offsets. However, AC coupling has errors at power- on because the filter circuit needs to hold the circuit zero value even though the circuit may power-on over ...
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ATS616LSG The device must be operated below the maximum junction temperature of the device Under certain combinations of J(max) peak conditions, reliable operation may require derating sup- plied power or improving the heat dissipation properties of the application. ...
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ATS616LSG Device Evaluation: EMC (Electromagnetic Compatibility) ESD – Human Body Model ESD – Machine Model Conducted Transients Direct RF Injection Bulk Current Injection TEM Cell *Please contact Allegro MicroSystems for EMC performance Component Package Material Leads a Temperature excursions of ...
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ATS616LSG 2.20 8.00±0.05 5.80±0.05 E1 1.70±0.10 4.70±0. 24.65±0.10 15.30±0.10 A 5.50±0.10 Copyright ©2005-2009, Allegro MicroSystems, Inc. Allegro MicroSystems, Inc. reserves the right to make, from time to time, such de par tures from the detail spec i fi ...