mxr7150v memsic, mxr7150v Datasheet
mxr7150v
Related parts for mxr7150v
mxr7150v Summary of contents
Page 1
... Small surface mount package, 5mm x 5mm x 2mm APPLICATION Automotive – Roll over sensing systems GENERAL DESCRIPTION The MXR7150V is a low cost, dual axis accelerometer built on a standard, submicron CMOS process. It measures acceleration with a full-scale range of 7g and a sensitivity of 150mV/g. The MXR7150V provides a g-proportional ratiometric analog output above/below the zero-g point at 50% of the supply voltage ...
Page 2
... Note that the accelerometer has a constant heater power control circuit thereby requiring higher supply current at lower operating voltage. MEMSIC MXR7150V Rev 12 (Measurements @ 25C, Acceleration = 0 g unless otherwise noted; V Conditions Each Axis Best fit straight line Each Axis @5 ...
Page 3
... Human Body and 2500V per AEC-Q100-002 Rev. E Machine Model and 250V per AEC-Q100-003 Rev. E Mounting Orientation: The package orientation of the MXR7150VLdoes not affects the performance of the sensor. The specifications as stated in page 2 remain the same. Thus, if the sensor is installed with one of its axis of sensitivity in the vertical plane, it detects accelerations in the Z-axis ...
Page 4
... While the sensitivity of this axis has been programmed at the factory to be the same as the sensitivity for the X-axis, the MXR7150VL can be programmed for non-equal sensitivities on the X- and Y- axes. Contact Memsic‟s local office for additional information. ...
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... The 1.0g signal will be 2.04 times larger than the 0g self test signal. Example: In the case for the device MXR7150VL with a 150 mV/g sensitivity, the self-test signal will increase by 156mV. With all tolerances included, an extra 450mV will guarantee a save margin in the self-test limits. Therefore, in this case the increase in the self-test limit for 625mV to 1000mV at – ...
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... MECHANICAL PACKAGE OUTLINE DIMENSIONS LCC-8, Eight Pin, Hermetically Sealed, Surface Mount Package MEMSIC MXR7150V Rev 12 Figure 3: PCB Layout Dimensions shown in mm. Page 8/8/2005 ...