I can't stress enough that if you are planning to perform shock testing and want to integrate your acceleration data for velocity or displacement, you must use either a capacitive MEMS or piezoresistive accelerometer. Piezoelectric accelerometers take the cake though for vibration testing; but special high sensitivity accelerometers are needed for lower frequency applications. They will require some electronic design on your part though, and are not as high quality as the accelerometers from the previously listed companies.
Here are a few companies and parts though. If time and simplicity is important for your application, check out our blog that rates the top 11 vibration data loggers. This lists a few different options out there; including, enDAQ's sensors that incorporate all of these accelerometer types into a simple, easy-to-use accelerometer logger to meet a host of different motion, vibration, and shock measurement applications.
In there are some examples, background, and a ton of links to where you can learn more. And as always, don't hesitate to reach out to us if you have any questions! For more on this topic, visit our dedicated Wireless Sensors resource page. He started out at Mide as a Mechanical Engineer in View All Blog Posts.
Accelerometers: Taking the Guesswork out of Accelerometer Selection. Share This. Accelerometer Measurement Applications Accelerometers measure acceleration levels as the name implies! For simplicity I've summarized all the different applications into three main types: Motion Motion is defined as "slow" changes in position or velocity.
Vibration Vibration is defined as oscillating motion about a position of equilibrium. These sensors are great solutions to applications that do not demand the highest accuracy such as industrial automation, platform leveling, position control, and pitch and roll measurement. Since they are low cost, you can even save some dough on your next big project!
Continue Shopping. Download PDF. MEMS inclinometers and accelerometers are low-cost, high-precision inertial sensors that serve a wide variety of industrial applications. Providing data is voluntary, however, it is necessary to send an information bulletin.
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American Minor Outlying Islands. American Samoa. American Virgin Islands. Antigua and Barbuda. Bonaire, Saint Eustatius and Saba. Bosnia and Herzegovina. British Indian Ocean Territory. British Virgin Islands. Brunei Darussalam. Burkina Faso. Cape Verde. Cayman Islands. Central African Republic. Christmas Islnd. Coconut Islands. Cook Islands. Costa Rica. Czech Republic. Dominican Republic. East Timor. El Salvador. Equatorial Guinea.
Falkland Islands. Faroe Islands. French Guyana. French Polynesia. Hong Kong. Marshall Islands. New Caledonia. A MEMS has demonstrated to be very robust to changes in the environment, as well. Sensitivity can be trimmed on automatic test equipment ATE and designed and constructed to be stable over time and temperature to 0.
Perhaps one of the biggest advantages of MEMS-based sensors is the capability to scale up manufacturing. MEMS vendors have been shipping high volumes for mobiles, tablets, and automotive applications since This manufacturing capability residing in semiconductor fabrication facilities for both the MEMS sensor and the signal conditioning circuit chip is available to industrial and aviation applications as well, helping to lower the overall cost.
Moreover, with more than a billion sensors shipped for automotive applications over the last 25 years, the reliability and quality of MEMS inertial sensors have been demonstrated to be very high. MEMS sensors have enabled complex crash safety systems that can detect crashes from any direction and appropriately activate seatbelt tensioners and airbags to protect occupants.
Gyroscopes and high stability accelerometers are also key sensors in vehicle safety controls.
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