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ATS699LSNTN-FSWPH-T PDF预览

ATS699LSNTN-FSWPH-T

更新时间: 2022-06-24 15:42:01
品牌 Logo 应用领域
急速微 - ALLEGRO /
页数 文件大小 规格书
15页 861K
描述
Two-Wire, Differential, Vibration-Resistant Sensor IC with Speed and Direction Output

ATS699LSNTN-FSWPH-T 数据手册

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Two-Wire, Differential, Vibration-Resistant Sensor  
with Speed and Direction Output  
ATS699LSN  
FUNCTIONAL DESCRIPTION  
Direction Detection  
Sensing Technology  
The sensor IC contains a single-chip Hall-effect circuit that sup-  
ports a trio of Hall elements. These are used in differential pairs  
to provide electrical signals containing information regarding  
edge position and direction of target rotation. The ATS699 is  
intended for use with ferromagnetic targets.  
The sensor IC compares the relative phase of its two differential  
channels to determine which direction the target is moving. The  
relative switching order is used to determine the direction, which  
is communicated through the output protocol.  
Data Protocol Description  
After proper power is applied to the sensor IC, it is capable of  
providing digital information that is representative of the mag-  
netic features of a rotating target. The waveform diagrams in  
Figure 4 present the automatic translation of the target profiles,  
through their induced magnetic profiles, to the digital output  
signal of the sensor IC.  
When a target passes in front of the device (opposite the branded  
face of the package case), the ATS699 generates an output pulse  
for each tooth of the target. Speed information is provided by the  
output pulse rate, while direction of target rotation is provided by  
the duration of the output pulses. The sensor IC can sense target  
movement in both the forward and reverse directions.  
FORWARD ROTATION  
As shown in panel A in Figure 5, when the target is rotating  
such that a tooth near the sensor IC—of -Fxxxx variant—passes  
from pin 1 to pin 3, this is referred to as forward rotation. This  
direction is opposite for the -Rxxxx variant. Forward rotation is  
indicated by output pulse widths of tw(FWD) (45 μs typical).  
REVERSE ROTATION  
As shown in panel B in Figure 5, when the target is rotating such  
that a tooth passes from pin 3 to pin 1, it is referred to as reverse  
rotation for the -Fxxxx variant. Reverse rotation is indicated by  
output pulse widths of tw(REV) (90 μs typical for -xxNxx variant,  
or 180 μs typical for -xxWxx variant).  
Pin 3  
Pin 1  
Panel A  
Branded Face  
of Package  
Rotating Target  
(Forward Rotation)  
Pin 3  
Pin 1  
Panel B  
Branded Face  
of Package  
Rotating Target  
(Reverse Rotation)  
Figure 4: Magnetic Profile  
The magnetic profile reflects the features of the target, allowing  
the sensor IC to present an accurate digital output(-xSxxx variant  
shown).  
Figure 5: Target Rotation (F Variant Shown)  
9
Allegro MicroSystems, LLC  
955 Perimeter Road  
Manchester, NH 03103-3353 U.S.A.  
www.allegromicro.com  

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