Mems Accelerometer, Brand Name : MT Microsystems

₹ 74,662.50 / 850 850 Piece

MOQ10 Piece(s)
Brand NameMT Microsystems
Resonance Frequency(Hz)1300 ~ 10000
Frequency response(±10%)(Hz)0~300 - 0~ 5000
Electrical Clipping Distortion(g)±2.5 ~ ±1250
Supply TypeManufacturer, Exporter, Supplier
Preferred Buyer Location All over the world

Product Details

Brand NameMT Microsystems
Base Strain Sensitivity(max)(g)0.01
Zero Variation(%FSO)0.1(10000g Shock)
Sine/Random Vibration100g P.P.Value (20~2000Hz) 40g Effective value(20~2000Hz)
Damping Factor4.5 ~ 0.6
Non Linearity(%FS)(typ)±0.2 ~ ±2
Full Scale(g)±2 ~ ±1000
Thermal Sensitivity Shift(0~+50℃)(%)(max)±1.0
Excitation(Vdc)+3~+7
Residual Noise rms(µV)100(0.5~100Hz) 500(0.5~10KHz)
Shock Resistance10000g, 80µs
Sensitivity(mV/g)1000 ~ 2
Threshold(mg)0.002 ~ 20
Transverse Sensitivity(%)(max)2
Magnestability(g)<0.1
Weight(gram)4.9(Cable weight,12.1gram/m)
Storage Temperature(°C)-55~125
Thermal Zero Shift(0~+50℃)(%FSO)(max)0.5
Operating Temperature(°C)-55~125
Resonance Frequency(Hz)1300 ~ 10000
Electrical Clipping Distortion(g)±2.5 ~ ±1250
Thermal Sensitivity Shift(-25~+75℃)(%)(max)±2.0
Start Time(1%Setup Accuracy)(ms)10
Thermal Transient Error(g/℃)<0.001
Thermal Zero Shift(-25~+75℃)(%FSO)(max)±1.0
Zero Acceleration Output(mV)(max)2500±100
Recovery Time(ms)10
Frequency response(±10%)(Hz)0~300 - 0~ 5000
Non Linearity(%FS)(max)±0.5 ~ ±3
Damping Coefficient Variation(-55℃~+121℃)(%/℃)+0.08
Current(@5V)(mA)<6

The mt microsystemsâ® model msa1000 accelerometer family utilizes unique variable capacitance microsensors.
"the accelerometers are designed for measurement of relatively low level accelerations in aerospace and automotive environments. Typical applications require
measurement of whole body motion immediately after the accelerometer is subjected to a shock motion, and in the presence of severe vibrational inputs.
"
gas damping and internal overrange stops enable the anisotropically-etched silicon microsensors to withstand high shock and acceleration loads.
the model msa1000 can operate from 3 v to 7.0 v and provide a high level, low impedance output. Frequency response is controlled by the near-critically damped sensors. The use of gas damping results in very small thermally-induced changes of frequency response.