Exemplos de uso de Piezoelectric sensors em Inglês e suas traduções para o Português
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Suitable for all piezoelectric sensors.
Piezoelectric sensors offer unique advantages in many applications.
Simplify the installation of piezoelectric sensors.
Matching piezoelectric sensors with cables and accessories.
The Piezo Film Lab Amplifier is a versatile preamplifier for use with Piezoelectric sensors.
Signal Conditioning Piezoelectric Sensors" PDF.
These can be much more effectively measured by a strain gauge than by piezoelectric sensors.
The CSB4/1 summing box enables up to four piezoelectric sensors to be connected in parallel to an amplifier input.
The purpose for the accelerometers is to provide reference data for the analyses involving the piezoelectric sensors.
Another measure analyzed by its piezoelectric sensors was the distribution of loads on the plantar surface.
This work presents the optimization of the distribution of a network of piezoelectric sensors bonded to a clamped plate.
Piezoelectric sensors especially are used with high frequency sound in ultrasonic transducers for medical imaging and also industrial nondestructive testing NDT.
The PACEline CMD digital charge amplifier for piezoelectric sensors offers a wide measurement range at an attractive price.
These can be: surface acoustic wave devices, bulk acoustic wave devices,piezo-electric transducers and piezoelectric sensors.
The PACEline CMD digital charge amplifier for piezoelectric sensors precisely measures fast force, torque and pressure signals.
Piezoelectric sensors offer the advantage of being very compact and offering high sensitivity thus enabling the sensor to be used also with very small strains- ideal with very stiff objects.
Take advantage of the fact that the sensitivity and nominal(rated)force of piezoelectric sensors are unaffected by the load applied.
The PACEline CMD digital charge amplifier for piezoelectric sensors provides very high resolution and considerably better performance than others- and has an excellent price-performance ratio.
In this issue, the development of single crystalline fibers for optical applications and piezoelectric sensors plays an important role in materials science.
For this, some numerical analyzes of piezoelectric sensors and transducers based on piezoelectric sensors were performed by finite element method, using the commercial software ansys.
The main objective is to develop a procedure to determine the most suitable location for piezoelectric sensors and actuators using a topology optimization formulation.
By avoiding inductive loops and piezoelectric sensors on the road, the system can simultaneously detect multiple incidents in different lanes, and even can detect vehicles which are very close to each other or exchange lane.
The CMA charge amplifier guarantees safe data acquisition from all piezoelectric sensors in numerous laboratory and production applications.
By avoiding inductive loops and piezoelectric sensors in the road, the system can simultaneously detect multiple incidents in several lanes, and even is able to detect vehicles traveling a short distance of each other or lane change.
Measuring Small Forces with High Initial Load In this article we present the advantages of piezoelectric sensors and sensors based on strain gauges measuring small forces with high initial load.
Piezoelectric sensors are used to capture vibration signals and an electronic circuit has been developed for the conditioning of these signals are then acquired by a logical arduino programmable microcontroller via an analog/ digital converter.
Virtually the same dynamic characteristics as piezoelectric sensors, but additionally offering drift-free strain gauge technology!
Using a different approach, professor Maria Rita Sierakowski and doctoral student Cleverton Luiz Pirich of the BioPol Group at the Federal University of Paraná(UFPR)created a biodevice that detects NS1 using a quartz microscale with piezoelectric sensors which can generate electrical current when deformed by mechanical pressure.
The dynamic responses were obtained via accelerometers and piezoelectric sensors placed on top of the investigated structures on the outward surface.
This research aimed to apply a low cost piezoelectric sensors for partial discharge identification and location in power transformers through intelligent systems such as neural networks and adaptive fuzzy inference sy.