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AMS22B5A1BHBFL103N PDF预览

AMS22B5A1BHBFL103N

更新时间: 2024-01-03 07:26:19
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伯恩斯 - BOURNS 传感器旋转位置传感器
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描述
Non-Contacting Analog Rotary Position Sensor

AMS22B5A1BHBFL103N 数据手册

 浏览型号AMS22B5A1BHBFL103N的Datasheet PDF文件第2页 
Features  
Non-contacting magnetic technology  
Highly resistant to vibration/shock  
Highly resistant to fluid/dust ingress  
Programmable at factory for zero position  
Robust design for industrial applications  
Highly repeatable  
RoHS compliant*  
AMS22B Non-Contacting Analog Rotary Position Sensor  
1
Electrical Characteristics (@ 25 °C)  
Product Dimensions  
VDD Supply Voltage..................................................................................................5 V 1 ꢁ  
Supply Current 2  
10.29 +0.00/-0.05  
(.4051 +.0000/-.0020)  
DIA.  
For Low Speed Processing (Code L)................................................................... ꢀ1 mA max.  
For High Speed Processing (Code H) ................................................................. 21 mA max.  
Output Signal (Single) ..................................................................................................... Analog  
Independent Linearity...................................................... 1.5 ꢁ ( 1.0 ꢁ aꢂailaꢃle on reꢄuest)  
Hysteresis.........................................................................................................1.2 ꢁ VDD max.  
Effectiꢂe Electrical Angle 0..................................................................................................041 °  
Programmaꢃle Electrical Angle .................................................. ꢀ1 ° to 061 ° (ꢀ1 ° increments)  
Voltage Output (Programmaꢃle)................................................................ ꢀ to 99 ꢁ VDD ꢀ ꢁ  
Output Resolution.................................................................................................ꢀ2 ꢃit @ 061 °  
6.342 +0.000/-0.007  
(.2497 +.0000/-.0003)  
DIA.  
0.25  
45 ° 5 ° X  
SLOT  
CHAMFER  
(.010)  
1.19  
(.047)  
1.60  
(.063)  
X
11.3 0.38  
(.445 .015)  
1.57  
(.062)  
3/8-32-  
UNEF  
22.23  
(.875)  
DIA.  
Load Resistance Recommended .......................................................................1K ohms to  
Oꢂerꢂoltage Protection.................................................................................................+21 VDC  
Reꢂerse Voltage Protection...........................................................................................-ꢀ1 VDC  
9.53 0.78  
(.375 .031)  
22.23 0.76  
(.875 .030)  
Environmental Characteristics  
Operating Temperature......................................................................................-41 ° to +ꢀ25 °C  
Moisture Resistance.........................................................................MIL-STD-212, Method ꢀ16  
Insulation Resistance @ 511 VAC..........................................................................511 MΩ min.  
Rotational Life (Shaft Reꢂolutions).............................................................................. 51 million  
Viꢃration ..............................................................................................................................ꢀ5 G  
Shock...................................................................................................................................51 G  
IP Rating..............................................................................................................................IP51  
ESD Rating................................................................................................................. 2 kV max.  
0.51  
(.020)  
3 PLCS.  
4.06 0.38  
(.160 .015)  
4.83 0.51  
(.190 .002)  
FLATTED  
OPTION  
6.35 0.08  
(.250 .003)  
Mechanical Characteristics (@ 25 °C)  
2.03  
(.080)  
Mechanical Angle ....................................................... Continuous (041 ° +4/-1 stops aꢂailaꢃle)  
Shaft/RPM...........................................................................................................511 RPM max.  
Torꢄue (Starting & Running)...........................................................ꢀ.16 N-cm. (ꢀ.5 oz-in.) max.  
Shaft Material ...................................................................................................... Stainless steel  
Terminals ................................................................. Brass / ꢀ11 ꢁ matte tin oꢂer Ni Strike (e0)  
Bearing.................................................................................................................Bronze sleeꢂe  
Soldering Condition  
0.51  
(.020)  
1.55 0.25  
(.061 .010)  
1.02  
(.040)  
2.80 0.10  
(.110 .004)  
Manual Soldering.................................................96.5Sn/0.1Ag/1.5Cu solid wire or no-clean  
rosin cored wire; 071 °C (711 °F) max. for 0 seconds  
45 ° 5 °  
Waꢂe Soldering............................................. 96.5Sn/0.1Ag/1.5Cu solder with no-clean fl ux;  
261 °C (511 °F) max. for 5 seconds  
Figure 1  
Wash processes ........................................................................................Not recommended  
OUTPUT VOLTAGE INCREASES WHEN  
SHAFT IS ROTATED IN THIS DIRECTION  
(SEE HOW TO ORDER FOR  
At room amꢃient: +25 °C nominal and 51 ꢁ relatiꢂe humidity nominal, except as noted.  
DIRECTION CODE)  
2
See “Processing Speed” in How to Order selection guide.  
0
Other Effectiꢂe Electrical Angles aꢂailaꢃle. See How to Order selection guide.  
CCW  
5.08  
CW  
Rotational Life vs. Side Load  
(.200)  
3 PLCS.  
60  
50  
40  
30  
20  
S1  
+
GND  
MEXICO  
V+ SUPPLY  
(INPUT)  
(GROUND)  
SIGNAL  
(OUTPUT)  
5.08  
(.200)  
5.08  
(.200)  
MM  
DIMENSIONS:  
(INCHES)  
Schematic  
10  
0
+
S1  
V
V
(5 V)  
DD  
0
50  
100  
150  
200  
250  
300  
350  
400  
450  
500  
OUT  
Shaft Side Load (grams)  
GND  
*RoHS Directive 2002/95/EC Jan. 27, 2003 including annex and RoHS Recast 2011/65/EU June 8, 2011.  
Specifications are subject to change without notice.  
The device characteristics and parameters in this data sheet can and do vary in different applications and actual device performance may vary over time.  
Users should verify actual device performance in their specific applications.  

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