Piezoelectric Pressure/force sensor

In summary, The conversation is about a user's question regarding the processing of a signal from a piezoelectric pressure sensor from KISTLER instruments. The user has data over a 3 minute span with 1000 samples per second and is calibrated to 50 mV/psi. They are wondering if they should extract the signal peaks and convert them to corresponding psi values. Another user suggests plotting the scaled data points and asks about the user's pressure sensing application.
  • #1
remshaam
1
0
Hi all,
I have a piezoelectric pressure sensor from KISTLER instruments. (http://www.intertechnology.com/Kistler/pdfs/Pressure_Model_211B.pdf). I am pretty new to this field and wondering how to process the signal from these sensors? I have data over a 3 minute span from this sensor(taken at 1000 samples /s) from one of my tests and i could observe a number of signal peaks. The sensor is calibrated to 50 mV/psi. .. So should i be extracting these peaks from the data and then convert it to corresponding psi values?
 
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  • #2
remshaam said:
I have data over a 3 minute span from this sensor(taken at 1000 samples /s) from one of my tests and i could observe a number of signal peaks. The sensor is calibrated to 50 mV/psi. .. So should i be extracting these peaks from the data and then convert it to corresponding psi values?
I would plot out all the scaled data points; pressure (psi) vs. time (seconds). What pressure sensing application do you have in mind? You can pretty much use the data any way you want.
 

1. What is a piezoelectric pressure/force sensor?

A piezoelectric pressure/force sensor is a type of sensor that uses the piezoelectric effect to measure changes in pressure or force. This effect occurs when a material, such as certain types of crystals or ceramics, produces an electric charge in response to applied mechanical stress.

2. How does a piezoelectric pressure/force sensor work?

A piezoelectric pressure/force sensor works by converting mechanical energy, such as pressure or force, into electrical energy. When pressure or force is applied to the sensor, it causes the piezoelectric material to produce a charge, which is then measured by the sensor and converted into a usable signal.

3. What are the applications of piezoelectric pressure/force sensors?

Piezoelectric pressure/force sensors have a wide range of applications, including in industries such as automotive, aerospace, and healthcare. They are commonly used for measuring and monitoring pressure and force in various systems, including engines, turbines, and medical devices.

4. What are the advantages of using a piezoelectric pressure/force sensor?

There are several advantages to using a piezoelectric pressure/force sensor, including their high sensitivity and quick response time. They are also durable, compact, and can operate in a wide range of temperatures and environments.

5. How do I choose the right piezoelectric pressure/force sensor for my application?

Choosing the right piezoelectric pressure/force sensor depends on several factors, including the type of pressure or force being measured, the required sensitivity and accuracy, and the environmental conditions. It is best to consult with a specialist or supplier to determine the most suitable sensor for your specific application.

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