Statistic Accelerometer Sensor

insensitive to interference by magnetic and electric fields lower cut-off frequency is zero, hence suitable for measuring static, acceleration, such as gravity ( inclinations) or radial acceleration ( centrifugal force) near frequency response with little or no resonant peak at upper cut-off frequency low non-linearity high signal-to-noise ratio no measurable hysteresis of signal hermetically sealed high long-term stability small temperature drift integrated sensor electronics analog DC or pulse width modulated or frequency modulated output low power consumption very short on-transition delay multiple housing options insensitive to interference by magnetic and electric fields lower cut-off frequency is zero, hence suitable for measuring static acceleration, such as gravity ( inclinations) or radial acceleration ( centrifugal force) linear frequency response with little or no resonant peak at upper cut-off frequency low non-linearity high signal-to-noise ratio no measurable hysteresis of signal hermetically sealed high long-term stability small temperature drift integrated sensor electronics analog DC or pulse width modulated or frequency modulated output low power consumption very short on-transition delay multiple housing options.