Accelerometers suit automotive applications
Inertial Aerosystemscontact supplier
2260 analogue accelerometers
The 2260 range is designed as a cost-effective replacements to piezorestive accelerometers, but with higher accuracy levels.
Inertial Aerosystems has released a new range of high-performance, rugged, analogue accelerometers.
The 2260 range is designed as a cost-effective replacements to piezorestive accelerometers, but with higher accuracy levels, non-ratiometric outputs and insensitivity to temperature variation.
The three models offer the most common supply voltages and scale factors used in the automotive and industrial markets.
These innovative products incorporate a capacitive sensing element and an advanced ASIC which simulates the operation of a piezorestive bridge and can accommodate shunt calibration.
Features include performance which is insensitive to variations in excitation voltage, temperature and cable resistance.
The three models in the range have a temperature of -40 to + 85C, and full-scale acceleration from + or - 5g to + or - 200g.
Ideal where space and weight are at a premium, the accelerometer sensitivity is accurate to 2% (typical) and they are serialised for traceability.
Applications include crash testing, vibration monitoring and analysis, machine control and instrumentation, model analysis, robotics and flight testing.
The DRM4000 dead-reckoning unit from Inertial Aerosystems is a miniature electronic device for personnel on foot that provides the user’s position relative to an initialisation point.
ETLG (Inertial Aerosystems) has enhanced its Magnetics range by upgrading to Honeywell’s latest dead-reckoning module, the DRM4000L, which is claimed to improve upon the previous model’s performance, reliability and power consumption.
Now available from ETLG Inertial Aerosystems, the CP3000 universal synchro, resolver and LVDT converter manufactured by Computer Conversions is 3U cPCI/PXI compatible.
Now available from ETLG Inertial, Systron Donner Inertial’s (SDI’s) SDD3000 range of digital quartz MEMS are single-axis rate sensors designed for demanding military and commercial applications.
Inertial Aerosystems has introduced a high-resolution, floor-mounted biaxial tiltmeter manufactured by Applied Geomechanics that is designed for use in the remote monitoring of minute movements in dams, large antennas and earthquake or volcanic zones.