
This section refers to the fundamental properties intrinsic to the system or components under consideration, which influence overall performance.
The low frequency response of the system is governed by the external signal conditioner, indicating that the conditioning hardware plays a critical role in determining how the system handles low-frequency signals.
The least square method is mentioned, likely as a mathematical or data fitting technique used for analysis or calibration purposes within the system.
The performance or characteristics depend on both the material composition and the number of sensing elements, highlighting the importance of sensor design and selection.
PERFORMANCE sensitivity (±10%) measuring range frequency response±5%) [2] frequency response! ±10%) [2] resonance frequency [1] Nonlinear [3] lateral sensitivity Environmental character overload limit temperature range Electrical character capacitance [4] insulation resistance output polarity [1] electrical isolation physical character sensing element stucture mode shell material sealing mode dimensions weight [1] electrical connector electrical connection location mounting thread ENGLISH 0.05 pC/g ±100,000 g pk 10kHz 12k HZ >45K <1% <5% ±130,000 gpk -40~+185° F 90 pF »1x10"Q isolation positive ceramic shear titanium laser welding 00.40 in x 0.98 in 0.15 oz integral cable top M6X0.75 bolt SI 0.005 pC/(m/s2) ±980,000 m/s2 pk 10kHz 12k HZ >45K <1% <5% ±1,274,000 m/s2 pk -40~+85°C 90 pF >1x10"Q isolation positive ceramic shear titanium laser welding 010.2 mm x 25 mm 4.3 g integral cable top M6x0.75bolt NOTE: [1] Inherent characteristics [2] The low frequency response is determined by the external signal conditioner [3] leastsquaremethod [4] It depends on the material and quantity of sensing elements
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