Piezo Resistive Acceleration Sensor

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Minimum Order Quantity 1 Unit

Product Description

Piezoresistive Sensor

We have gained immense recognition in this domain for manufacturing, exporting and supplying an excellent gamut of Piezoresistive Sensor. All these sensors are acknowledged among our clients for their accuracy, excellent sensing capability and durability. Our entire stock of Piezoresistive Sensor has been subjected to stringent quality test before supplying in market. We make available wide options of sensors with different specifications to choose from. In market, all these sensors are offered to our clients at reasonable prices.

Features

Digital Output
Programmable Full Scale: + 12.5 g to + 1000 g
Noise Floor: 12 mg rms
Freq Response: DC to 5 kHz
Programmable Digital Filter: 64 Order FIR Type
Filter Corners: 10Hz to 12 kHz
A/D Converter: 16-bit, Programmable Sample Rate up to 250 Ksps
IntelliBus Compliant

Further Details

The Monad's Piezo-resistive Accelerometer consists of a Piezo-resistive MEMS sensor, a
semiconductor temperature sensor, and all of the necessary front-end signal conditioning which includes data acquisition, data processing and the IntelliBus-compliant digital bus.

It is packaged in a small, low profile metal case with two pig-tail connectors which are used for daisy chaining the IntelliBus-based network. Its low-noise front end signal conditioning and programmable gain allows for measurement of a wide range of vibration levels. Temperature readings from its built in sensor may be used for on- or off board temperature correction.

There are two software selectable 3-pole anti-aliasing filters. One with
a cut-off frequency at 2 kHz and the other at 360 Hz. The 16-bit A/D converter samples data at a programmable rate up to 250 ksps. A powerful processor performs digital signal processing algorithms such as digital filter, etc.
The Transducer Electronic Data Sheet stored in non-volatile memory provides the information needed to set up the highly versatile signal conditioner and data acquisition parameters.