CXL02TG3 [TELEDYNE]

High Stability;
CXL02TG3
型号: CXL02TG3
厂家: TELEDYNE TECHNOLOGIES INCORPORATED    TELEDYNE TECHNOLOGIES INCORPORATED
描述:

High Stability

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CXLTG-Seoies  
Powerful Sensing Solutions for a Better Life  
HIGH PERFORMANCE ACCELEROMETER  
The TG-Series 3-Axis accelerometers are high  
performance ±±g anꢀ ±ꢁꢂg sensorsꢃ featꢄring  
precision three-layer silicon ꢀifferential capacitive  
MEMS sensing elements that proviꢀe ꢄltra low  
noise anꢀ excellent stability. The TG-Series sensors  
are fꢄlly signal conꢀitioneꢀ anꢀ factory calibrateꢀ.  
The single-enꢀeꢀ high level analog oꢄtpꢄts ꢀo not  
reqꢄire external signal conꢀitioning anꢀ are easy to  
interface to stanꢀarꢀ ꢀata acqꢄisition systems.  
Features  
Range: ±±g ꢀo ±ꢂg  
High Stability  
Lꢀw Nꢀise: ±ꢂµg/Hz  
Lꢀw Pꢀweo <ꢁꢂmW  
Inteonal Tempeoatuoe Sensꢀo  
Platform Leveling  
Automotive Testing  
The TG-Seoies ꢀpeoates ꢀn a single DC supply foꢀm 3.3 V tꢀ 5.5 V  
and includes a high peofꢀomance integoated tempeoatuoe sensꢀo  
fꢀo additiꢀnal accuoacy undeo extoeme tempeoatuoe applicatiꢀns.  
The typical cuooent cꢀnsumptiꢀn ꢀf ꢁ.5mA makes this toiaxial  
device attoactive fꢀo batteoy ꢀpeoated systems.The sensꢀo is packaged  
in an industoial anꢀdized aluminum package that is mꢀistuoe  
oesistant and ougged fꢀo industoial and autꢀmꢀtive applicatiꢀns.  
Applications  
Platfꢀom Leveling  
Autꢀmꢀtive Testing  
Seismic Instoumentatiꢀn  
3.3-5.5 VDC @ <2mA  
Analog x 3  
X, Y, Z Acceleration  
Temperature  
TG Series  
Analog  
P h o n e : 4 0 8 . 9 6 4 . 9 7 0 0  
F a x : 4 0 8 . 8 5 4 . 7 7 0 2  
E - m a i l : i n f o c a @ m e m s i c . c o m  
w w w. m e m s i c . c o m  
CXLTG-Seoies  
HIGH PERFORMANCE ACCELEROMETER  
Performance  
TG-Series  
Input  
Range (°)  
CXL02TG3  
± ±  
CXL10TG3  
± ꢁꢂ  
Standard Package  
Bias  
Bias Stability(mg)  
Zero g Oꢄtpꢄt (V)  
Zero g Drift Over Temperatꢄre (µV/°C)  
± ꢅ.ꢆ  
± ±.ꢆ to ꢂ.ꢂꢁ  
ꢁ7ꢂ  
± ꢁ±  
± ±.ꢆ to ꢂ.ꢂꢁ  
ꢁ7ꢂ  
Scale Factor  
Sensitivity (mV/g)  
Span Oꢄtpꢄt (Volts)  
Cross-Axis± (% FS)  
Non-Linearity3 (% FS)  
Mis-Alignment (% FS)  
ꢅ33 to ± ꢇ7  
ꢂ.ꢆ to 4.ꢆ  
<3  
<ꢁ.ꢆ  
<ꢁ.ꢂ  
ꢁꢇ7 to ± ꢁ3  
ꢂ.ꢆ to 4.ꢆ  
<3  
<ꢁ.ꢆ  
<ꢁ.ꢂ  
Noise  
Noise Density (µg/Hz)  
Noise at ꢁꢂꢂ Hz Banꢀwiꢀth (mg)  
±ꢂ  
ꢂ.ꢇ  
±ꢂ  
ꢂ.ꢇ  
125  
Bandwidth  
Freqꢄency Response (Hz)  
>±ꢂꢂ  
>±ꢂꢂ  
Temperature Sensor  
Accꢄracy (°C)  
<3  
<3  
Transfer Fꢄnction  
Ta (ºC)=[44.4 ºC/V] *[Vtempsensor/(Vsꢄpply/ꢆV)-ꢁ.37ꢆV]  
Specifications  
Environment  
Operating Temperatꢄre (°C)  
Non-Operating Temperatꢄre (°C)  
Shock (g)  
Pin Diagram  
Pin  
Color  
Reꢀ  
Function  
Inpꢄt Power  
Groꢄnꢀ  
-4ꢂ to +ꢅꢆ  
-4ꢂ to +ꢅꢆ  
ꢁꢂꢂꢂ (ꢁms)  
±ꢂ  
±
Black  
White  
Yellow  
Green  
Blꢄe  
3
X-Axis Oꢄt  
Y-Axis Oꢄt  
Z-Axis Oꢄt  
Temperatꢄre  
Vibration ±ꢂHz to ꢆꢂꢂHz (g rms)  
4
Electrical  
Sꢄpply Voltage4 (V)  
3.3 to ꢆ.ꢆ  
<±  
ꢁꢂ (min)  
ꢆꢂ (max)  
Sꢄpply Cꢄrrent (mA)  
Oꢄtpꢄt Loaꢀingꢃ Resistive (k)  
Oꢄtpꢄt Loaꢀingꢃ Capacitive (pF)  
Physical  
Size  
(in)  
(cm)  
(oz)  
(kg)  
±.±3ꢆ x ꢁ.43ꢆ x ꢁ.ꢁꢂꢆ  
ꢆ.ꢇꢅ x 3.ꢇꢆ x ±.ꢅꢁ  
3.ꢆ  
Weight  
Cable  
< ꢂ.ꢁꢁ  
3’ Longꢃ ꢇ Conꢀꢄctorꢃ PVC Jacket  
ꢁ” Pigtail Enꢀꢃ Strippeꢀ & Tinneꢀ  
Ordering Information  
Moꢀel  
Description  
CXLꢂ±TG3  
CXLꢁꢂTG3  
± ±gꢃ Tri-axial Precision Accelerometer  
± ꢁꢂgꢃ Tri-axial Precision Accelerometer  
This product has been developed by Crossbow exclusively for commercial applications. It has not been tested for, and Crossbow makes no representation  
or warranty as to conformance with, any military specifications or its suitability for any military application or end-use. Additionally, any use of this product  
for nuclear, chemical or biological weapons, or weapons research, or for any use in missiles, rockets, and/or UAV’s of 300km or greater range, or any  
other activity prohibited by the Export Administration Regulations, is expressly prohibited without the written consent of Crossbow and without obtaining  
appropriate US export license(s) when required by US law. Diversion contrary to U.S. law is prohibited. Specifications are subject to change without notice.  
±
3
Notes After temperature compensation by user. Cross-axis sensitivity is the output response to acceleration in the orthogonal axes. Non-linearity is  
the deviation of the output from a best fit straight line over fullscale input range All values are specified at operation voltage of 5.0V and temperature of  
4
25ºC unless noted otherwise. Sensitivity and Zero g Output are ratiometric to supply voltage.  
M E M S I C I n c .  
S a n J o s e , C a l i f o r n i a  
w w w. m e m s i c . c o m  
6 0 2 0 - 0 6 7 5 - 0 6 R e v A  

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