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SGE Tech
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<H2> 27 July 2021 </H2> |
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<H2> CONCLUSION </H2> |
<H2> BENEFITS </H2> |
<H2> Types </H2> |
<H2> 26 July 2021 </H2> |
<H2> BENEFITS </H2> |
<H2> IMPORTANT TYPES OF ACCELEROMETER </H2> |
<H2> APPLICATION </H2> |
<H2> CONCLUSION </H2> |
<H2> 25 July 2021 </H2> |
<H2> Search This Blog </H2> |
<H2> About Me </H2> |
<H2> Labels </H2> |
<H2> Blog Archive </H2> |
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Magnetic sensor, Magnetometer
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<H3> BENEFITS </H3> |
<H3> TYPES </H3> |
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<H3> Scalar magnetometer </H3> |
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<H3> Vector Magnetometers </H3> |
<H3> Vector magnetometers measure the flux density value in a specific direction in three-dimensional space. It measures the strength of the component of the earth’s field by positioning the sensor in the direction of the desired component. </H3> |
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<H3> APPLICATION </H3> |
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Gyroscope sensor
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<H3> Mechanical Gyroscopes. </H3> |
<H3> A mechanical gyroscope essentially consists of a spinning mass that rotates around its axis.
In particular, when the mass is rotating on its axis, it tends to
remain parallel to itself and to oppose any attempt to change its
orientation. </H3> |
<H3> Ring Laser Gyroscope </H3> |
<H3> It consists of a ring lasers where it has two independent counter-propagating resonant modes over the same path. The resulting difference in the frequencies is used to detect the rotation which can be used as the stable elements (for one degree of freedom each) in an inertial reference system. </H3> |
<H3> Fiber-optic Gyroscope </H3> |
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<H3> Quantum Gyroscope </H3> |
<H3> Vibrating structure gyroscope(MEMS gyroscope) </H3> |
<H3> </H3> |
<H3> CONCLUSION </H3> |
<H3> Hence, Gyroscope is a very advantageous device. It helps in many industries for accurate navigation. It has made mobile game lover more enjoyable. It may also in mere future help in virtual shopping. </H3> |
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<H3>
Accelerometer sensor
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Proximity sensor
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<H3> Magnetic sensor, Magnetometer </H3> |
<H3>
Report Abuse
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<H4> A quantum gyroscope is a very sensitive device, which measures angular rotation based on the principles of quantum mechanics.Quantum gyroscope is also referred to as a superfluid gyroscope. This type of gyroscope uses fluid material in order to detect the change of orientation in different moving bodies. </H4> |
<H4> is a gyroscope that uses a vibrating structure to ascertain the rate of rotation. In this type of gyroscope, a vibrating structure can be used to detect the rate of rotation in moving bodies. Vibrating structure gyroscopes are more plain and cheaper than conventional rotating gyroscopes of similar accuracy. This being very cost-effective which is manufactured with MEMS technology is widely used in smartphones, gaming devices, cameras, and many other applications. </H4> |
<H4> Capacitive MEMS Accelerometer- MEMS(Micro-Electro-Mechanical-System) is a fabrication technology. In this, the changes in capacitance are detected instead of a change in resistance. Most of the mobile devices use this MEMS technology. </H4> |
<H4> Piezoresistive Accelerometer- It measures the vibrations by changes in resistance. In this an accelerometer works as DC responsive and proves efficient while measuring very little vibrations, for example, gravity vector. </H4> |
<H4> Piezoelectric Accelerometer- This type of sensor is made of crystals or ceramics like lead zirconate, lead titanate, etc., that enhances electricity resulting from pressure and latent heat (piezoelectric effect) to measure dynamic changes in mechanical variables (e.g., acceleration, vibration, and mechanical shock).
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