Innalabs has a range of accelerometers of different accuracy and cost. Accelerometers can be used for different applications: from advanced high-precision navigational systems to the automotive industry. Each type of the accelerometers implements a different technology, which results in accelerometers having a number of advantages.

For each type of applications, we offer an optimum combination of parameters, such as accuracy and cost, in addition to high reliability. The AL-2 is our most popular accelerometer.

Please contact us for further information. We want to understand your specific application needs so we can tailor a compelling proposition designed for your particular situation.

Advantages:

• High accuracy and operation reliability based on the patented design;
• Optimal combination of such parameters as accuracy and cost;
• High stability over a wide temperature range;
• Low power consumption.

AL-1

PURPOSE: measurement of basis apparent linear acceleration projection to its sensitivity axis.   APPLICATION: IMU, AHRS, inclinometers, tilt sensors, vibration and shock measurement, land vehicles, robotic.   FEATURES: small dimensions, three base surfaces, metallic (bronze) sensing element, small-sized symmetric closed axial magnetic system, differential inductance angle transmitter mounted inside the magnetic system with a possibility of zero signal adjustment, magneto-electrical reverse compensational transducer, increased vibration and shock resistance. Its manufacturing requires no high precision microelectronic technology. The accelerometer is currently in the final stage of development, and will be available in 2007. Expected parameters Measurement range, g  ±5; ±20 Resolution, *10-6g 10...20 Bias stability - in run (6 hours), *10-5g - turn to turn, *10-5g   10...50 10...20 Scale factor stability, ppm  250 Temperature drift -   bias, *10-4g/°C -  scale factor, ppm /°C   1...2 300 Bandwidth, Hz 100 Operating temperature °C -40 to +70 Volume, cm3 4.4  Dimensions, L x W x H, mm 17 x 16 x 16

AL-2

PURPOSE: measurement of basis apparent linear acceleration projection to its sensitivity axis.   APPLICATION: IMU, AHRS, inclinometers, tilt sensors, vibration and shock measurement, land vehicles.   FEATURES: two base surfaces, metallic (bronze) sensing element, small-sized symmetric closed axial magnetic system, differential inductance angle transmitter mounted inside the magnetic system with a possibility of zero signal adjustment, magneto-electrical reverse compensational transducer. Its manufacturing requires no high precision microelectronic technology. Parameters Measurement range, g ±5; ±20 Resolution, *10-6g 10  Bias stability - in run (6 hours), *10-5g - turn to turn, *10-5g   10...20 5...10 Scale factor stability, ppm 150..200 Temperature drift -  bias, *10-4g/°C -  scale factor, *ppm /°C   1...2 300 Bandwidth, Hz 100  Operating temperature °C -40 to +70 Volume, cm3 13.8 Dimensions, L x W x H, mm 24 x 24 x 24

 

AL-15

PURPOSE: measurement of basis apparent linear acceleration projection to its sensitivity axis.   APPLICATION: IMU, AHRS, inclinometers, tilt sensors, seismic sensing, measuring parameters of vibrations and inclinations of buildings.   FEATURES: metallic (bronze) sensing element, differential photooptical angle transmitter with possibility of zero signal adjustment, diametrical magnetic system with one magnet, magneto-electrical reverse compensational transducer with a magnet magnetized along the pendulum axis of sensing element. Its manufacturing requires no high precision microelectronic technology. Parameters Measurement range, g ± 15 Resolution, *10-6g 5  Bias stability - in run (6 hours), *10-5g - turn to turn, *10-5g   5 2…5 Scale factor stability, ppm 150 Temperature drift -  bias, *10-4g/°C -  scale factor, ppm /°C   1 300 Bandwidth, Hz 50 Operating temperature °C -40 to +70  Volume, cm3 29 Dimensions, L x W x H, mm 36 x 26 x 27

Please contact us for further information. We want to understand your specific application needs so we can tailor a compelling proposition designed for your particular situation.