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ATS605LSG датащи(PDF) 11 Page - Allegro MicroSystems

номер детали ATS605LSG
подробное описание детали  Dual Output Differential Speed and Direction Sensor IC
PDF  17 Pages
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производитель  ALLEGRO [Allegro MicroSystems]
домашняя страница  http://www.allegromicro.com
Logo ALLEGRO - Allegro MicroSystems

ATS605LSG датащи(HTML) 11 Page - Allegro MicroSystems

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Dual Output Differential
Speed and Direction Sensor IC
ATS605LSG
11
Allegro MicroSystems, LLC
115 Northeast Cutoff
Worcester, Massachusetts 01615-0036 U.S.A.
1.508.853.5000; www.allegromicro.com
Start Mode Hysteresis
This feature helps to ensure optimal self-calibration by reject-
ing electrical noise and low-amplitude target vibration during
initialization. This prevents AGC from calibrating the IC on such
spurious signals. Calibration can be performed using the actual
target features.
A typical scenario is shown in Figure 8. The Start Mode Hyster-
esis, POHYS, is a minimum level of the peak-to-peak amplitude
of the internal analog electrical signal, VPROC, that must be
exceeded before the ATS605 starts to compute switchpoints.
Figure 8: Operation of Start Mode Hysteresis
• At power-on (position 1), the ATS605 begins sampling VPROC.
• At the point where the Start Mode Hysteresis, POHYS, is exceeded, the device establishes an initial switching threshold, by using the
Continuous Update algorithm. If VPROC is falling through the limit on the low side (position 2), the switchpoint is BRP, and if VPROC
is rising through the limit on the high side (position 4), it is BOP. After this point, Start Mode Hysteresis is no longer a consider-
ation. Note that a valid VPROC value exceeding the Start Mode Hysteresis can be generated either by a legitimate target feature or by
excessive vibration.
• In either case, because the switchpoint is immediately passed as soon as it is established, the ATS605 enables switching:
--If on the low side, at BRP (position 2) the output would switch from low to high. However, because output is already high, no
output switching occurs.
At the next switchpoint, where BOP is passed (position 3), the output switches from high to low.
--If on the high side, at BOP (position 4) the output switches from high to low.
As this example demonstrates, initial output switching occurs with the same polarity, regardless of whether the Start Mode Hysteresis
is exceeded on the high side or on the low side



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